31results about How to "Add room for mixing" patented technology

The invention relates to a CO boiler having the dustproof function and the denitration function. The CO boiler having the dustproof function and the denitration function comprises a flue, a combustion chamber, steam drums, an evaporation section and an economizer section. The CO boiler further comprises an ammonia spraying and mixing mechanism and a dustproof denitration reactor. The ammonia spraying and mixing mechanism is arranged above the evaporation section or between the evaporation section and the denitration reactor. The dustproof denitration reactor is arranged between the evaporation section and the economizer section and comprises a mixed-smoke inlet section, a denitration section and a purified-smoke discharging section, wherein an ash removal section is arranged between the mixed-smoke inlet section and the denitration section, ash baffles are arranged in the ash removal section, an ash bin is arranged in the denitration section, the center line of the ash bin and the center line of the reactor coincide, and the lower end of the ash bin is connected with an ash discharging pipeline. According to the CO boiler having the dustproof function and the denitration function, the denitration reactor is arranged in the CO boiler, so that the utilization rate of smoke heat is increased; due to the fact that the ash removal section is arranged in the reactor, smoke dust of mixed smoke can be removed before the mixed smoke enters denitration units, catalyst hole channels are prevented from being blocked, and the denitration efficiency and the denitration effect are improved.

The invention discloses a CO boiler having the ash removal function. The CO boiler having the ash removal function comprises a first vertical flue, a horizontal flue and a second vertical flue, wherein ash baffles are arranged at the connection position between the first vertical flue and the horizontal flue, an ash storage bin is arranged at the position, flush with the lower edge of the lowest ash baffle, of the inner side of the first vertical flue, the ash baffles are of the structure that multiple layers of baffles are arranged in a staggered mode, each ash baffle is arranged in an inclined mode, and the outer end of each ash baffle is higher than the inner end of the ash baffle. According to the CO boiler having the ash removal function, the ash baffles arranged in the CO boiler can remove most of smoke dust contained in smoke and also play a role in rectifying the smoke, so that the smoke is rectified into the stable horizontal laminar flow state, the smoke evenly passes through steam drums, and the heat exchange efficiency of the boiler is high. The CO boiler having the ash removal function can solve the problem of equipment wear and abrasion caused by the smoke dust to the maximum extent, optimize the smoke processing technology, reduce energy consumption and reduce investment.

The invention discloses a high-strength and low-energy-consumption coal mine wet spraying system. The wet spraying system comprises a batching machine (1), a blender (2), a spiral quantitative water distribution and transport vehicle (3) and a wet spraying machine which are arranged sequentially, wherein the blender (2) is arranged on the downstream of the batching machine (1); the spiral quantitative water distribution and transport vehicle (3) is arranged at a discharge port of the blender (2); and the wet spraying machine is arranged at a discharge port of the spiral quantitative water distribution and transport vehicle (3). According to the high-strength and low-energy-consumption coal mine wet spraying system, mechanized quantitative control of water, cement, sand, stone and various additives is realized, the working strength of a worker is reduced, and the stability of concrete performance is guaranteed.

The invention discloses an evaporating pipe structure for an engine combustion chamber and an engine combustion chamber structure. An internal concave curved surface section composed of at least two cambered surfaces is utilized, two column cambered surfaces arranged symmetrically are adopted in each cambered surface, the internal concave curved surface section adopts a gradual contracting and gradual stretching structure, mixed gas flows through an evaporating pipe, a backflow area is formed in the internal concave curved surface section, the speed is reduced, the mixed space of fuel oil andair is increased, stay time in the evaporating pipe is prolonged, the contact area of the mixed gas and the wall face of the evaporating pipe is increased, and gas heat exchange is enhanced. By meansof the gradual contracting and gradual stretching curved wall face, the strong shearing effect brought by the gas enables the fuel oil and the air to be mixed more fully. Fins are arranged on the outer surface of a first cylinder section, heat exchange between high-temperature airflow in a flame cylinder and the evaporating pipe is enhanced, and the temperature in the evaporating pipe is increased. Mixing holes form oblique holes to jet flow to enable air to directly impact oil fog, atomizing evaporation of the fuel oil is promoted, the atomizing and evaporating effect of the fuel oil in the evaporating pipe is enhanced, the fuel oil is combusted fully, and emission of pollutants is reduced while the combustion efficiency is improved.

The invention relates to the technical field of purification of protein polypeptide in peanut meal, in particular to purification equipment for protein polypeptide in peanut meal. The peanut meal is pretreated through a grinding box, condensed peanut meal is dispersed through a material dispersing mechanism, the peanut meal is ground into fine particles through a grinding mechanism, subsequent peanut meal and a solution are effectively mixed and react thoroughly, the extraction amount of the protein peptide is guaranteed, waste of peanut meal raw material is reduced, and the conversion rate isincreased; a turbine and a worm are matched to drive a reaction box to rotate, the reaction box drives the internal solution and the peanut meal to rotate and mix, and a mixing mechanism continuouslystirs the solution and the peanut meal, so that the mixing speed and the mixing uniformity are improved, the reaction time is shortened, and the mixing efficiency and the processing efficiency are improved; and a premixing box premixes the solution and peanut meal, a preheating layer preliminarily heats the solution and the peanut meal, the reaction speed is increased, the mixing time in the reaction box in the later period is shortened, and a solution box is arranged at the rear end of the grinding box, so that the interior of the premixing box is convenient to clean.

The air inlet device comprises a machine body; the piston is mounted in the machine body; the cylinder cover is installed at the opening position of the machine body, and the cylinder cover, the machine body and the piston define a first combustion chamber; the air inlet part comprises a second combustion chamber formed in the cylinder cover and communicated with the first combustion chamber; the air inlet end of the premixing tank is communicated with an air source and a fuel gas source respectively, and the exhaust end of the premixing tank is communicated with the second combustion chamber; wherein the air and the fuel gas are mixed in the premixing tank, and the mixed gas is output into the second combustion chamber. The combustion system comprises an air inlet device; a natural gas storage tank; and a compressed air storage tank; wherein the output end of the natural gas storage tank and the output end of the compressed air storage tank are respectively communicated with the premixing tank.

The invention discloses an omeprazole sodium mixing device. The omeprazole sodium mixing device comprises a base, wherein one side of the top of the base is fixedly connected with a first control box;the other side of the top of the base is fixedly connected with a second control box; a control panel is arranged on the middle part of the outer surface of the first control box; a circuit board isarranged on the inner part of the first control box; a controller is arranged on the inner part of the circuit board; medicine inlets are formed in the two sides of the top of the mixing box; stirringblades are arranged at the two sides of the rotary shaft; one side of the bottom end of the rotary shaft is equipped with a temperature sensor; and an uniformity detector is arranged on the bottom ofthe rotary shaft. The omeprazole sodium mixing device is reasonable in design, is convenient to use, and is very suitable for mixing medicine powder; through a matched operating way of a first air blower, a second air blower, a first air feeding channel and a second air feeding channel, the medicine powder can be pneumatically mixed conveniently, so that the medicine powder is prevented from caking, and the medicine powder is conveniently moved, and therefore, the omeprazole sodium mixing device is simple and convenient, and is suitable for being widely popularized.

The invention discloses a burner for ignition and low-load stable combustion of a fluidized bed boiler, and the burner belongs to fluidized bed boiler ignition and low-load stable combustion technologies. The novel burner has the micro-oil ignition or less-oil ignition and low-load stable combustion functions, and mainly aims to achieve cold-state ignition and low-load stable combustion for the fluidized bed boiler. The burner comprises an oil combustor, an oil gun ignition device, a secondary oil combustor, a fire check device, a swirl flow air channel, swirl vanes, a burner convergent section, a burner divergent section, a cooling air channel and a uniform-temperature mixing section. As for design, the ignition device is used for atomizing fuel through high-pressure air firstly, a small amount of fuel is burnt sufficiently in the oil combustor, an oil gun adopts mechanical atomization or air atomization, then the fuel is completely burnt out in the secondary combustor through primary air, and flames are pushed to spray out of the secondary combustor; the swirl vanes enable the primary air in the swirl flow air channel to rotate and be fully mixed with the flames spraying out of the secondary combustor, and the effect of cooling the secondary combustor is realized; and finally, air temperatures are uniformly mixed at the uniform-temperature section.