32results about How to "Enhanced spray atomization effect" patented technology

The invention provides equipment and a method for treating nondegradable wastewater by utilizing catalytic oxidation of ozone. The equipment comprises a feeding system, an ozone catalytic reaction tower and a spray absorbing tower; the feeding system comprises a wastewater pH regulation device, a wastewater feeding pipeline, a hydrogen peroxide aqueous solution feeding pipeline, an ozone feeding pipeline and a pH regulator feeding pipeline; the wastewater pH regulation device is communicated with the wastewater feeding pipeline and the pH regulator feeding pipeline respectively; the ozone feeding pipeline is communicated with the wastewater feeding pipeline; the ozone catalytic reaction tower is communicated with the wastewater feeding pipeline and the hydrogen peroxide aqueous solution feeding pipeline respectively so that wastewater undergoes once catalytic reaction in the presence of a first catalyst to generate a liquid flow and an ozone tail gas flow which are subjected to initial treatment; and the spray absorbing tower is communicated with a catalytic reaction system, is used for spraying at least one part of the liquid flow which is subjected to the initial treatment, and is contacted with the ozone tail gas flow in the presence of a second catalyst to undergo second catalytic reaction.

The invention discloses a steel plate minimum spangle galvanizing spray art, comprising that: the steel plate is heated by a heating stove and reduced to enter a zinc kettle for galvanizing and an air knife scrapes the excessive zinc liquor; the steel plate is sprayed and cooled by a minimum spangle machine on the surface to form a minimum spangle; the surface of the minimum spangle steel plate obtained in the step 2 is finished, wherein the diameter of the nozzle of the minimum spangle is 1.5-3 mm, water pressure is 1.5-4 bars, compressed-air pressure is 1.4-6 bars, the distance between the nozzle of the minimum spangle machine and the air knife is regulated to 400-600 mm, preferred 500 mm and the cooling water in the minimum spangle machine intake pipe is preheated to 30-50 DEG C. By checking-out, the plated surface spangle of the minimum spangle galvanizing steel plate removes the grain boundary and is suitable for subsequent coating. The subsequent coating plated surface is smooth and the oil paint quantity can be saved by 8% when the film thickness is 15 mum.

The invention discloses an engine. The engine comprises a fuel oil guide rail, a plurality of connecting pipes, a plurality of fuel oil sprayers, a plurality of fuel oil spraying detection devices, a plurality of fuel oil heating devices, and a controller; the fuel oil sprayers are connected to the fuel oil guide rail respectively through the connecting pipes; the fuel oil spraying detection devices are used for detecting working states of the fuel oil sprayers; the fuel oil heating devices are arranged corresponding to the connecting pipes respectively; each fuel oil heating device comprises a heater component and a driver; each heater component comprises a temperature detection module and a heater; and the controller is connected with the fuel oil spraying detection devices and the fuel oil heating devices of the engine. The engine can reduce the phenomena that fuel oil wets a wall, and engine oil is diluted; the combustion process of the engine is more sufficient, and the generation of carbon deposition and hydrocarbon emissions are reduced; and the heat efficiency of the engine is improved, and meanwhile oil consumption is reduced.

A full-automatic rotary spraying device comprises a supporting frame, a rotary water pipe and a water feeding rotating mechanism. The rotary water pipe is rotatably connected to the supporting frame through the water feeding rotating mechanism. The rotary water pipe is in the shape of the Achimedean spiral, the inner end of the rotary water pipe is connected with the water feeding rotating mechanism, and the outer end of the rotary water pipe is sealed. At least two water outlet pipe heads are evenly arranged on the rotary water pipe in the tangential direction of the water flowing direction, and atomizing sprayers are arranged at the outer ends of the water outlet pipe heads. The full-automatic rotary spraying device is reasonable in structure design, good in sealing effect, uniform in water spraying, good in atomizing effect and capable of reducing dust in a coal mining roadway .

The invention relates to an atomizing and spraying device of a conical air flow field. The device is characterized in that a dustproof end cap is fixedly arranged on a casing to form a conical annular seam, a generating line of the conical annular seam and an axis form an included angle, the conical annular seam forms a spraying angle of the conical air flow field, the center of the dustproof end cap is provided with a water pipe inlet, the periphery of the center of the dustproof end cap is uniformly provided with eight ventilation holes in the circumferential direction, the connecting part of the dustproof end cap and the casing is provided with a compressed air inlet which is communicated with compressed air, and the pipe diameter of the casing is gradually increased from interior to exterior to form a horn-shaped passage structure. The atomizing and spraying device has the advantages that a mechanical rotary part and a power source are not arranged, so the safe production of coal mines is favorable, the spraying and atomizing effects are good, and the coverage range of water mist is large; the structure is simple, and the convenience in use is realized; and the noise is less, and the working is safe and reliable.

The invention aims to provide a boot-shaped profile line cam which comprises an extending stroke section and a return stroke section, wherein the extending stroke section corresponds to the forward uniform acceleration phase, the working phase and the forward uniform deceleration phase of the movement rule of a plunger follower; the return stroke section corresponds to the reversal uniform acceleration phase, the reversal uniform speed phase and the reversal uniform deceleration phase of the movement rule of the plunger follower, and the speed in the reversal uniform speed phase is v3; and the working phase also comprises two uniform speed phases and a uniform acceleration phase, and the speeds in the two uniform speed phases are respectively v1 and v2. With the boot-shaped profile line cam, different requirements of main injection and pilot injection on injection pressure and injection speed in the secondary injection of a diesel can be met at the same time, and the boot-shaped injection is realized in single injection.

The invention discloses a nozzle of an interrupted clear water extinguisher, which comprises a nozzle shell, wherein the nozzle shell is internally and fixedly provided with an interrupted flow guide seat, and the flow guide seat is provided with at least one flow guide column installing hole; cup bottoms of the flow guide column installing holes with cup-shaped structures are provided with a plurality of water spraying holes, and the eccentricities e between the flow guide column installing holes and the water spraying holes are equal to 0.1-3mm; and the flow guide column installing holes are internally and movably provided with a plurality of helical type flow guide columns, the surface of the each helical type flow guide column is provided with at least one helical flow guide groove, and the helical angles alpha of the helical flow guide grooves are equal to 30-60 degrees; and the distance from the bottom of each helical flow guide groove to the axial lead of each helical type flowguide column is less than the semidiameter of each water spraying hole. The ratio of the diameter D of each flow guide column installing hole to the diameter d of each water spraying hole D/r is equal to 2-3. The nozzle not only can extinguish a combustion source with electricity by the clean water, but also is reasonable and simple in structure, safe and convenient in use, and widely used for various fire-fighting lances.

The invention provides a composite heat carrier medium anti-corrosion coating and a preparation method thereof. The coating comprises the following elements of, in percentage by weight, 3.0%-7.5% of Al, 20.0%-23.0% of Cr, 23.0%-26.0% of Ni, 23.0%-26.0% of Co, 0.5%-2.0% of Re, 0.5%-1.5% of Si, and 22.0%-25.0% of Fe. The main components of the coating are the five elements of Al, Cr, Ni, Co and Fe, and the five elements can form an AlxCoCrFeNi series high-entropy alloy in the coating, and the excellent mechanical property is achieved; meanwhile, the five elements have the excellent corrosion resistance and high temperature resistance; and the binding force between the coating prepared through the method and an N80 carbon steel base material can reach 145 MPa or higher.

The invention discloses an atomizing mechanism. The atomizing mechanism comprises a valve body, one or more gas connectors, one or more fluid connectors, one or more mixing valves and one or more nozzles, wherein the valve body is provided with a valve cavity and a plurality of communicating holes; the communicating holes communicate with the valve cavity; the gas connectors are arranged in the valve body, and are connected with one of the communicating holes; the fluid connectors are arranged in the valve body, and are connected with one of the communicating holes; the mixing valves are arranged in one of the communicating holes, and each mixing valve communicates with the corresponding gas connector and the corresponding fluid connector; and the nozzles are arranged in the valve body, and each nozzle is connected with the corresponding mixing valve. The invention also provides a spraying device for die-casting production. The spraying device for die-casting production is simple in structure; low-distance spraying of a die-casting mold can be realized through the driving of the mechanical arm; the spraying and atomizing effect is good; and besides, the expansibility of the atomizing mechanism is high, so that through the assembling of different shapes, the atomizing mechanism is suitable for various complicated die-casting molds.

The invention discloses a liquid crystal film spaying machine and a film spaying process. The liquid crystal film spaying machine comprises a machine case, a feed water pipe sleeve, a heating system, a ceramic core, a water storage tank, a fuel tank, an auxiliary material tank, a flow control device, a high-pressure airless spraying system and a programmable logic controller (PLC) automatic control system. The liquid crystal film spaying machine utilizes warm water and the specific high-performance ceramic core to perform water electrolysis so as to improve activity, meanwhile vitreous components produced by the ceramic in the ionization process dissolve in the water to form low-temperature glass, then the low-temperature glass is mixed with a raw material in the auxiliary material tank in a proportioning mode to form crystal functional liquid, and impulse current occurs on the contacted and cleaned coating surface through pressurized spraying, is combined with the vitreous components in the anodic crystal functional liquid and simultaneously reacts with carbon dioxide in the air to form a crystal film. The liquid crystal film spaying machine and the film spaying process are high in automation degree, and the problems of high technical cost, high energy consumption and large difference caused by manual waxing or glazing in the prior art can be effectively solved.

The present invention relates to a spraying cart, and especially relates to a spraying cart dedicated for a garden lawn. The technical problem to be solved is to provide a spraying cart dedicated fora garden lawn. To solve the technical problem, the present invention provides the spraying cart dedicated for the garden lawn, comprising a first telescopic rod, a second telescopic rod, a transversesupport, a first wheel, a second wheel and teeth; the first telescopic rod and the second telescopic rod are symmetrically disposed at left and right sides of the transverse support, the first wheel is connected below the first telescopic rod, the second wheel is connected below the second telescopic rod, the diameter of the second wheel is greater than that of the first wheel, and the periphery of the second wheel is provided with a loop of teeth. The spraying cart is manually pulled for spraying, the atomization effect is good, both time and labor are saved, the risk of manually spraying soup is largely reduced, working efficiency is effectively improved, and the spraying cart is low in cost, simple in manufacture and convenient to use and is firm and stable.

The invention discloses a liquid crystal film shooting machine which comprises a case, a feedwater pipeline portion sleeve, a heating system, a ceramic core, a water storage tank, a fuel tank, a supplementary material box, a flow-control device, a high-pressure airless spraying system and an automatic PLC (programmable logic controller) control system. Water is electrolyzed and increased in activity through the high-performance ceramic core by the aid of warm water, glassy components generated during ionization process of ceramics are dissolved in the water to form low-temperature glass and then blended and matched with raw materials in the supplementary material box to form functional crystal liquid, and the functional crystal liquid generates surge current via pressurized spraying and contacting the spraying surface which is cleaned, so that the functional crystal liquid can be combined together with glass components in the functional crystal liquid and react with carbon dioxide in the air to form a crystallized film. The liquid crystal film shooting machine is high in automation level, and can effectively solve problems about high cost, high energy consumption and bigger difference existing in existing manual waxing or glaze sealing technologies in the prior art.

The invention aims to provide a cam based on flexible engine oil injection. The cam comprises a rise travel section and a return section, wherein the rise travel section corresponds to a positive equally accelerating stage, a working section and a positive equally decelerating stage of a motion rule of an engine plunger driven piece; the return section corresponds to a reverse equally accelerating stage, a reverse constant speed stage and a reverse equally decelerating stage of the motion rule of the engine plunger driven piece; the reverse constant speed stage has the rate of v3; and the working section comprises an accelerating stage and a positive constant speed stage, wherein the accelerating stage has the initial rate of v1, and the positive constant speed stage has the rate of v2. The cam has the advantages that the requirements of oil injection pressure, oil injection speed and oil injection timing of a diesel engine at high/low rotary speed can be met, the oil injection flexibility under high-rotary speed working conditions can be improved, and the oil injection pressure under low-rotary speed working conditions is increased.

The invention discloses a negative pressure suction type air-water mixed jet ultrasonic vibration efficient atomization device. The negative pressure suction type air-water mixed jet ultrasonic oscillation efficient atomization device comprises an atomization generating shell and a water-air mixed inlet shell, wherein a water inlet is formed in the lower part of the water-air mixed inlet shell; an air inlet screen is arranged on the side of the water-air mixed inlet shell; after passing through the water inlet and a water inlet channel, water flow is jetted into a water-air mixture convergent channel; negative pressure formed through jetted water draws air flow to enter the water-air mixture convergent channel; mixed water-air flow passes through a water-air mixture throat pipe and is jetted from a water-air mixture jet outlet; a self-exciting oscillation generating baffle plate is mounted on the water-air mixture throat pipe; the water-air mixture jet outlet right faces an ultrasonic oscillation seat; an ultrasonic oscillation annular cavity is arranged below the ultrasonic oscillation seat; through holes are formed in the top of the atomization generating shell; and nozzles which are uniformly and rotatably arranged are placed on the through holes. The device does not need an external air source, and has the advantages that the jet atomization effect is good, the water mist covering range is wide, the concentration of a mist field can be adjusted, the structure is simple, the processing is convenient, and the cost is low.