42results about How to "Good atomization" patented technology

The invention relates to a benzene-free spray paint. The spray paint is characterized by comprising the following components by weight percent: 21-25% of acrylic resin, 4-10% of pigment, 0.5-1% of dispersing agent, 0.3-0.8% of flatting agent, 0.5-1% of bentonite, 5-10% of ethylene glycol monobutyl ether, 4-8% of n-butyl acetate, 8-18% of acetic ether, 10-15% of acetone, and 38-42% of dimethyl ether. The spray paint is prepared from raw materials which are completely free of harmful substances like benzene and heavy metals through a certain production method, thus avoiding harm of benzene and heavy metals to human health, and effectively protecting environment and safety of people.

The invention provides a trace oil igniting coal dust firing device for multiple oil guns, relates to a firing device, and solves the problem of easily failed ignition due to the fact that distance between a main oil gun and an auxiliary oil gun on the same side is large, and the main oil gun and an auxiliary oil gun on the opposite side are not alternately arranged in the prior firing device. The main oil gun and the auxiliary oil gun on the opposite side are alternately and oppositely arranged on side walls of a concentrated coal dust pipeline; distances of crossing points among the central line of the main oil gun, the central line of the auxiliary oil gun on the same side and the central line of the concentrated coal dust pipeline are between 80 and 100mm; and distances of the crossing points of the central line of the main oil gun, the central line of the auxiliary oil gun on the opposite side and the central line of the concentrated coal dust pipeline are between 500 and 700mm. The distance between the main oil gun and the auxiliary oil gun on the same side is close so as to ensure that fuel which is sprayed from the auxiliary oil gun and has excellent atomization can be directly sprayed into high temperature flame generated by ignition of the main oil gun for fierce firing, and the flame generated after fuel sprayed from the main oil gun and the auxiliary oil gun is fired can support each other to form whole flame which has large length and roughness and good rigidity and can ignite high concentrated coal dust.

The invention provides a W flame boiler with double-cyclone-barrel thick and thin pulverized coal separation type combustors, and relates to a power station boiler which adopts the flexible peak regulation technology. The W flame boiler with the double-cyclone-barrel thick and thin pulverized coal separation type combustors is used for solving the problems that a W flame boiler is poor in ultralowload stable combustion and operation capacity, and the flexible peak regulation load cannot be 20%. The W flame boiler comprises an upper combustion chamber, a lower combustion chamber, a front boiler arch, a rear boiler arch, a front wall, a rear wall, the multiple double-cyclone-barrel thick and thin pulverized coal separation type combustors and multi-layer arch bottom secondary air nozzles. Each double-cyclone-barrel thick and thin pulverized coal separation type combustor comprises two thick pulverized coal airflow nozzles and two exhaust air nozzles. The upper combustion chamber, the front boiler arch, the front wall, the lower combustion chamber, the rear wall and the rear boiler arch are combined to form a boiler body. The multi-layer arch bottom secondary air nozzles are arrangedon the front wall and the rear wall in sequence from top to bottom. The double-cyclone-barrel thick and thin pulverized coal separation type combustors are installed on the front boiler arch and therear boiler arch in a linear mode, and the corresponding thick pulverized coal airflow nozzles and the corresponding exhaust air nozzles of each double-cyclone-barrel thick and thin pulverized coal separation type combustor communicate with the boiler body. The invention belongs to the field of boilers.

The invention discloses a high and low temperature-resistant low-fogging degree functional environment-friendly plasticizer, comprising phthalic anhydride, n-C10 alcohol, C10 linear alcohol, n-C12 alcohol, C12 linear alcohol, a catalyst, an alkali solution and an accessory material. The phthalic anhydride undergoes an esterification reaction with fatty alcohol and produces phthalic acid fatty ester under the action of the catalyst, and the phthalic acid fatty ester is subjected to dealcoholization, neutralization and refining so as to obtain the finished plasticizer. A formula for the plasticizer comprises 30 to 50 parts of the phthalic anhydride, 60 to 120 parts of n-C10 alcohol and/or C10 linear alcohol, 15 to 30 parts of n-C12 alcohol and/or C12 linear alcohol, 0.01 to 0.1 part of the catalyst, 0.2 to 1.5 parts of the alkali solution (with a concentration of 5 to 15%) and 0.05 to 1 part of the accessory material According to the invention, a nonacid titanate catalyst is preferably used for the esterification reaction; the prepared plasticizer is capable of resisting both high temperature and cold; production cost is saved; low volatility is obtained; the characteristics of the prepared plasticizer can be maintained for a longer time; and the plasticizer is applicable to production and manufacturing of automotive trimming products.

The invention discloses a W flame boiler adopting turbulent burners, relates to a power station boiler adopting a flexible peak shaving technology, and belongs to the field of boilers. The invention aims to solve the problem that the W flame boiler adopts the turbulent pulverized coal burners in the prior art, the maximum peak shaving capacity of a boiler with a common micro-oil ignition mode is about 50%, the requirement of the government on the flexible peak shaving capacity of the power station boiler cannot be met; the W flame boiler adopting the turbulent burners comprises an upper hearth, a lower hearth, a front furnace arch, a rear furnace arch, a front wall, a rear wall and a plurality of turbulent pulverized coal burners, each turbulent pulverized coal burner comprises an adjustable cone pulling rod, a micro oil ignition gun and a flow guide cone, wherein the micro oil ignition guns are installed in the adjustable cone pulling rods, the bottom ends of the adjustable cone pulling rods are fixedly installed in the flow guide cones, the adjustable cone pulling rods, the micro oil ignition guns and the flow guide cones are installed in shells of the turbulent pulverized coal burners, and the turbulent pulverized coal burners are installed on a front furnace arch water wall and a rear furnace arch water wall correspondingly.

The invention provides a high-pressure ionization spraying rod type amphibious plant protection vehicle with water and no pesticide. The vehicle comprises an amphibious plant protection vehicle body,an onboard oxygen production module, an onboard liquid production module and an onboard spraying module. Compared with the prior art, the amphibious plant protection vehicle has the advantages that 'self-production and self-spraying' and 'production while spraying' medicaments are adopted as an efficient preventive ozone water solution, the medicaments are made from air and water, non-pesticide operation is achieved from the source, and due to the fact that after ozone touch killing of agricultural and forest harmful microorganisms and some pest, remaining ozone in the solution under normal temperature and normal pressure can be independently dissolved into oxygen, non-pesticide-residue operation is achieved; the amphibious vehicle and spraying rod type spraying are combined, and thereforeagricultural plant protection work is achieved; the amphibious plant protection vehicle is adopted, and the requirement that a ground plant protection machine and a water plant protection machine areboth needed in some regions is met.

The invention relates to the technical field of agriculture. The invention aims to provide a modularized soilless culture device and a soilless culture method capable of effectively inhibiting pathogen transmission. The soilless culture device comprises a liquid storage tank, a supporting tank fixedly arranged above the liquid storage tank, and a field planting plate erected on the supporting tank, wherein the supporting tank comprises a tank body, end plates arranged at the two ends of the tank body and a supporting frame arranged in the center of the tank body and extending in the length direction of the tank body. According to the soilless culture device provided by the invention, a modular structure and a field assembly mode are adopted, so that the construction period is shortened, and as long as a field is available, the device can be used after being assembled so as to be very convenient to use. An ultrasonic atomization mode is adopted, so that the atomization degree of a culture solution is better, plant absorption is facilitated, and the aeroponic culture effect is improved. A culture solution disinfection filter is adopted to disinfect and kill the culture solution in real time, and meanwhile, separation strips are utilized to realize culture solution circulation, so that circulation dead angles are reduced, and plant diseases can be effectively inhibited.

The invention provides a high-pressure ionization spraying rod type plant protection ship with water and no pesticide. The ship comprises a plant protection ship body, an onboard power module, an onboard oxygen production module, an onboard liquid production module, an onboard spraying module and a circulating water cooler module. Compared with the prior art, the plant protection ship has the advantages that 'self-production and self-spraying' and 'production while spraying' medicaments are adopted as an efficient preventive ozone water solution, the medicaments are made from air and water, non-pesticide operation is achieved from the source, and due to the fact that after ozone touch killing of agricultural and forest harmful microorganisms and some pest, remaining ozone in the solution can be independently dissolved into oxygen, non-pesticide-residue operation is achieved fundamentally; the principle of using local materials is adopted, water in working plant protection water regionsis used for performing circulating water cooling and water purifying to prepare the ozone water solution, the working time of the plant protection ship is prolonged, the working range is enlarged, and raw material and time cost is saved.

The invention discloses an energy-saving emission reduction device for an automobile. The device comprises a buffer heating liquid storage tank, wherein the head end of the buffer heating liquid storage tank is provided with a fuel oil inlet which is communicated with an oil outlet pipeline of an oil tank, and the tail end of the buffer heating liquid storage tank is provided with a fuel oil outlet which is communicated with an oil inlet pipeline of an engine; the buffer heating liquid storage tank is provided with a heating unit for heating the interior of the buffer heating liquid storage tank; and preferably, the emission reduction device also comprises a buffer refrigerating liquid storage tank. The energy-saving emission reduction device for the automobile can greatly reduce the carbon emission of the automobile and has superior energy conservation and environmental protection functions.

The invention provides a method capable of improving the gasoline yield of a catalytic cracking device, belonging to the technical field of catalytic cracking of petroleum refining. The method is characterized in that a to-be-catalytically-cracked raw material, water and an emulsifier are mixed through a premixer, and then enter an emulsifying device for emulsifying; the mass ratio of the to-be-catalytically-cracked raw material to the water to the emulsifier is (88-89.7): (8.5-10): (1.8-2); emulsified oil obtained by emulsifying directly enters a catalytic device for a catalytic reaction; andthe conditions of emulsifying in the emulsifying device are as follows: shearing and stirring are performed at a rotating speed of 6000 r/min to 8000 r/min, and a pressure of 1.3 MPa to 1.4 MPa and atemperature of 180 DEG C to 195 DEG C are maintained in the emulsifying device at the same time. The method provided by the invention improves the dispersity and the fogging degree of a catalytic cracking feeding material, improves the depth of cracking, and enhances the motor octane number and the research octane number of catalytically cracked gasoline at the same time. Meanwhile, a calibrationtest is performed on an industrial device, so the distribution of a cracked product is improved, and the yield of gasoline is enhanced.

The invention provides a municipal garden nutrient solution proportioning dilution stirring device, and discloses a device for mixing and dilution through injecting a nutrition solution and a dilutionsolution at the same time, performing spraying after the mixing, and forming atomization. The municipal garden nutrient solution proportioning dilution stirring device is characterized in that a driving shaft is arranged on a driving motor; a fixed ring is arranged on a driving shaft in a sleeving way; a ceramic gasket is arranged between the inner side of the fixing ring and the outer side of the driving shaft; one end of the transmission shaft is arranged in the fixed ring and is connected with one end of the driving shaft through a plurality of rotation stop pins; the ceramic gasket is arranged between the outer side of the transmission shaft and the inner side of the fixed ring; the transmission shaft is of a hollow structure; a plurality of through holes are formed in the fixed ring;one end of an injection pipe is arranged in the through hole and communicates with the inside of the fixed ring; a sealing ring is arranged between the injection pipe and the hole wall of the corresponding through hole; a plurality of spoilers are arranged on the inner wall of the transmission shaft and extends in a direction along the longitudinal depth of the axial direction; the number of thespoilers is an even number, and is at least two; the height of the spoilers is gradually increased from one end to the other end.

The invention provides a method capable of improving the gasoline-diesel ratio of a catalytic cracking device, belonging to the technical field of catalytic cracking of petroleum refining. The methodis characterized in that a to-be-catalytically-cracked raw material, water and an emulsifier are mixed through a premixer, and then enter an emulsifying device for emulsifying; the mass ratio of the to-be-catalytically-cracked raw material to the water to the emulsifier is (89.7-91.79): (8.2-10): (0.01-0.3); emulsified oil obtained by emulsifying directly enters a catalytic device for a catalyticreaction; and the conditions of emulsifying in the emulsifying device are as follows: shearing and stirring are performed at a rotating speed of 6000 r/min to 8000 r/min, and a pressure of 1.2 MPa to1.3 MPa and a temperature of 140 DEG C to 150 DEG C are maintained in the emulsifying device at the same time. The method of pretreating a catalytic cracking raw material with high pressure and temperature provided by the invention improves the dispersity and the fogging degree of a catalytic cracking feeding material, improves the depth of cracking, and enhances the gasoline-diesel ratio of the catalytic cracking device.

The invention discloses a multi-nozzle fire extinguishing device, and belongs to the technical field of fire fighting equipment. The device comprises a bottle body, a shield, a valve seat, a rupture disk, a valve and a nozzle, the upper half part of the spray head is provided with an upper nozzle and four side nozzles, the upper nozzle is positioned right above the spray head, the side nozzles are uniformly distributed in the circumferential direction of the spray head, the front end surfaces of the upper nozzle and the side nozzles are spherical surfaces, and spray holes are distributed in the spherical surfaces; the lower half part of the spray head is of a cylindrical cavity structure, and a threaded section is machined on the outer circumferential surface of the cylindrical cavity structure; the valve seat is fixedly connected to a bottle opening of the bottle body, the spray head is connected with an internal thread on the valve in a matched mode through a threaded section of the lower half portion of the spray head, the spray head and the protective cover are fixed together through the upper nozzle and the side nozzle, after the protective cover and the bottle body are fixed, the rupture disk is pressed on the upper end face of the valve seat through the valve, and an opening of the bottle body is closed through the rupture disk. The liquid fire extinguishing agent can be gasified or the solid fire extinguishing agent can be quickly atomized and dispersed all around, so that the purposes of extinguishing fire and suppressing explosion are achieved.

The invention discloses a W-flame boiler adopting a slit type combustor, and relates to a W-flame boiler adopting a flexible peak regulation technology. The W-flame boiler adopting the slit type combustor aims to solve the problems that when the load of the conventional W-flame boiler is lower than 50 percent by adopting an oil gun ignition mode, the combustion is unstable and even the fire is extinguished; and the flexible peak regulation capacity of the boiler needs to reach 20% of full load, but a boiler meeting the condition does not exist in the prior art. The W-flame boiler comprises anupper hearth, a lower hearth, a front boiler arch, a rear boiler arch, a front wall, a rear wall, a plurality of straight flow gap type combustors and a plurality of grading air nozzles; and each straight flow gap type combustor comprises a hollow rotational flow adjusting pull rod, a tiny-oil burning torch and a pulverized coal flow guiding body, wherein the tiny-oil burning torch is installed inthe hollow rotational flow adjusting pull rod, the bottom end of the hollow rotational flow adjusting pull rod is fixedly connected with the pulverized coal flow guiding body, and the hollow rotational flow adjusting pull rod, the tiny-oil burning torch and the pulverized coal flow guiding body are installed in the straight flow gap type combustor shell. The invention belongs to the field of boilers.

The invention provides black soybean milk powder and a production method with a spray-drying technology thereof. The black soybean milk powder is prepared from the following raw materials in parts byweight according to the following formula: 40 to 70 parts of black soybeans, 10 to 20 parts of glucose syrup, 2 to 15 parts of white granulated sugar, 2 to 15 parts of whole milk powder and 2 to 15 parts of a nutrition enhancer. The production method comprises the following steps: removing impurities from the black soybeans, soaking the black soybeans, scalding the black soybeans and grinding theblack soybeans into thick liquid, preparing the black soybean thick liquid with the glucose syrup, the white granulated sugar, the whole milk powder and the nutrition enhancer according to formula, steaming and boiling at high pressure, homogenizing, performing spray-drying, and sieving by a vibration sieve to obtain the black soybean milk powder.

The invention provides a method capable of reducing the yield of slurry oil of a catalytic cracking device, belonging to the technical field of catalytic cracking of petroleum refining. The method ischaracterized in that a to-be-catalytically-cracked raw material, water and an emulsifier are mixed through a premixer, and then the obtained mixture enters an emulsifying device for emulsifying; themass ratio of the to-be-catalytically-cracked raw material to the water to the emulsifier is (92-94): (5.2-7): (0.8-1); emulsified oil obtained by emulsifying directly enters a catalytic device for acatalytic reaction; and the conditions of emulsifying in the emulsifying device are as follows: shearing and stirring are performed at a rotating speed of 6000 r/min to 8000 r/min, and a pressure of 1.0 MPa to 1.1 MPa and a temperature of 155 DEG C to 160 DEG C are maintained in the emulsifying device at the same time. The method provided by the invention improves the dispersity and the fogging degree of a catalytic cracking feeding material, improves the depth of cracking, and greatly reduces the yield of the slurry oil. Meanwhile, a calibration test is performed on an industrial device, so the distribution of a cracked product is improved, and the yield of the slurry oil is decreased by 1.51%.

The invention provides a method capable of improving the viscosity of catalytic cracking slurry oil, belonging to the technical field of catalytic cracking of petroleum refining. The method is characterized in that a to-be-catalytically-cracked raw material, water and an emulsifier are mixed through a premixer, and then enter an emulsifying device for emulsifying; the mass ratio of the to-be-catalytically-cracked raw material to the water to the emulsifier is (90.5-92.95): (6-8): (1.05-1.5); emulsified oil obtained by emulsifying directly enters a catalytic device for a catalytic reaction; andthe conditions of emulsifying in the emulsifying device are as follows: shearing and stirring are performed at a rotating speed of 6000 r/min to 8000 r/min, and a pressure of 1.6 MPa to 1.7 MPa and atemperature of 200 DEG C to 220 DEG C are maintained in the emulsifying device at the same time. The method provided by the invention enables a catalytic cracking raw material to form a stable emulsified solution through the premixer and the emulsifying device with specific pressure and temperature, greatly improves the product distribution of the catalytic device, and enhances the kinematic viscosity of the slurry oil.

The invention discloses a biodiesel-based mixed diesel which is composed of biodiesel, petroleum light diesel, petroleum heavy diesel and aviation kerosene. The biodiesel comprises a biological base liquid, sodium dodecyl benzene sulfonate, heavy alkylbenzene sulfonate, fatty alcohol polyethenoxy ether ammonium sulfate, acetamide and propanediol. The biological base liquid is composed of palm oil, sunflower seed oil and coconut oil. The invention also discloses a production method of the biodiesel-based mixed diesel, which comprises the following steps: preparing the biological base liquid; preparing the biodiesel; and preparing the mixed diesel. The mixed diesel has the advantages of high flowability, favorable sprayability and high safety, can not easily precipitate, has high comprehensive cost performance in the aspects of power, cleanliness and production cost, and has obvious properties especially in the aspect of cleanliness. Compared with the traditional mixed diesel, the biodiesel-based mixed diesel has the advantages of fewer exhaust emissions and higher environment friendliness, and is suitable for popularization and application.