88results about How to "Promotes full combustion" patented technology

The invention provides a turbulent and boiling combined-circulation fluidized bed refuse incinerator, belonging to the garbage disposer field. The present circulation fluidized bed refuse incinerator has unstable bed temperature, inadequate burning and high energy consumption. The turbulent and boiling combined-circulation fluidized bed refuse incinerator comprises a hearth and a cyclone separator, a boiling chamber is arranged at the lower part of the hearth, a refuse inlet is opened in the middle of the hearth, the upper part of the hearth is communicated with the cyclone separator, the lower part of the cyclone separator is communicated with the hearth by a feedback device, the turbulent and boiling combined-circulation fluidized bed refuse incinerator is characterized in that a turbulent chamber capable of slantly moving and transferring the refuse is arranged under the refuse inlet. The turbulent and boiling combined-circulation fluidized bed refuse incinerator provided by the invention solves the problems of inadequate burning and high coal doping, saves the energy and improves the treating capacity of single refuse incinerator per day.

The invention discloses a method for preparing reconstituted tobacco leaves, which belongs to the technical field of tobacco leaf preparation. In the present invention, the ramie fiber and bagasse are firstly dried and crushed, soaked in acetic acid solution, filtered and collected, mixed with sodium hydroxide solution and heated, and then filtered to mix the filter cake with water, added hydrogen peroxide to disperse, and centrifuged to collect the precipitate After air-drying, the dry product is obtained, and then arabinose, sorbitol, etc. are used as raw materials to prepare a coating mixture, and then the tobacco stem and tobacco powder are made into powder and then extracted, and then mixed with the dried product after steam explosion treatment, Mixing with water and drying, and then beating and paper-making to make tobacco sheet base, and finally coating the coating mixture on the surface of tobacco sheet base, and placing it in a constant temperature and humidity box before taking it out to obtain reconstituted tobacco leaves. The invention has a high utilization rate of tobacco raw materials, and the reconstituted tobacco leaves produced have the characteristics of low tar content and good combustion performance. At the same time, the thickness of the tobacco leaves is uniform and the handle is good, which meets the needs of cigarette industry production.

The invention discloses a resistor top-mounted type micro-thruster and a manufacturing method of the resistor top-mounted type micro-thruster, and belongs to the field of micro-thrusting technologies and MEMSs. Ignition resistors 7 of the micro-thruster are respectively composed of multiple sets of resistance wires, the width of each resistance wire and the length of each resistance wire are design to form a certain proportion so that the combustion of fuel can be adjusted and full combustion of the fuel can be facilitated. A spray nozzle 4 is of a laval-like structure with the middle contracted and the two ends expanded, and therefore the flowing mode of the air flow can be improved, and the fuel energy utilization rate can be effectively improved. The ignition resistors 7 are placed on the periphery of the spray nozzle 4 and can not be easily damaged in the gunpowder filling process, the assembly process and other processes. According to a manufacturing method of the resistor top-mounted type micro-thruster, stability and consistency of device machining can be easily achieved, and the batch machining can be easily achieved.

The blown premixed efficient gas burner consists of a burner head, a mixer, a fuel gas nozzle, a combustion flow regulator, an air inlet pipe and an air inlet shutter. The burner head has homogeneously distributed fire slots, an air cavity with secondary air holes and a secondary air pipe. The burner head has combustion cooperated with the combustion flow regulator to replenish the air required for secondary combustion. The present invention has high combustion stability, complete combustion, high combustion temperature, high heat efficiency, wide application and other advantages.

The invention relates to a burning coal additive that belongs to coal fuel additive technology field. The main feature is that mixes the salt combustion adjuvant and calcium oxide absorbent as the ratio of 4-10%:96-90%. The invention uses the combustion supporting and catalysis of Na and Cl that could be decomposed from melt salt. The CO2 from burning calcium oxide could absorb the SO2 from burning coal and finally form CaCO3. Thus, the aim of benefit for the environment would be achieved. It also has notable economical benefit and social benefit.

The invention relates to a waste salt slag harmless and resource utilization system based on Internet of Things. The waste salt slag harmless and resource utilization system based on Internet of Things comprises a control end, a server and a remote monitoring end; the output end of the control end is connected with a server; and the output end of the server is connected with the receiving end of the remote monitoring end. A pulverizing and sieving device performs pulverizing treatment on the waste salt slag and then performs sieving treatment on the waste salt slag according to the particle size to accelerate dissolution of the waste salt slag in a salt dissolving tank, so that the dissolution efficiency is improved; and the waste salt slag enters a crushing and sieving box from a feedingport and is subjected to crushing treatment by a crushing roller, the waste salt slag enters a sieve plate through a material collecting hopper, and the waste salt slag can completely enter the sieveplate through a partition plate, so that the complete sieving effect is realized.

This invention relates to a single-cylinder diesel engine speed adjusting mechanism and single-cylinder diesel engine with the speed adjusting mechanism. The mechanism has speed adjusting level and elastic buffer mechanism, they are fixed connected, the level is elastic connected to oil supply gear rack of oil supply pump through the elastic buffer mechanism. Elastic buffer is used in the speed adjusting mechanism in this invention. Injection pump can provides uniform oil when the diesel engine freely accelerates through the new design of existing single-cylinder diesel engine speed adjusting level, the mixing ratio of fuel and air is compatible. The burning of fuel of the single-cylinder is full, limit of smoke and economical efficiency can be improved effectively when the diesel engine at freely accelerating stage.

The invention discloses a pyrolysis and gasification garbage incinerator adopting an oxygen enriched combustion technique. The pyrolysis and gasification garbage incinerator comprises an oxygen preparation unit, an oxygen injection unit and an incinerator main body unit, wherein the oxygen injection unit is connected with the oxygen preparation unit and the incinerator main body unit, the oxygen injection unit comprises a booster fan, a shutoff valve and two oxygen flow control devices, and each oxygen flow control device comprises a flow meter, a regulating valve, a stop valve, a mixer and an air supply fan; the shutoff valve is connected with the flow meters; the incinerator main body unit comprises an incinerator body and a smoke purification device, and the incinerator body comprises a first combustion chamber, a second combustion chamber and a partition. According to the pyrolysis and gasification garbage incinerator, the problems of low combustion temperature and combustion efficiency, substandard pollutant discharge and the like caused by low oxygen content of air or low garbage calorific value can be effectively solved.

The invention provides an energy-gathering ring for gas stoves, which belongs to the technical field of gas stoves. The utility model solves the problem that the heat of the gas is easily lost and the combustion is insufficient when the existing gas stove is in use. The energy gathering ring of the gas stove includes a support frame ring, an energy gathering part and a positioning ring part, the positioning ring part is used to be sleeved on the outside of the burner, and the energy gathering part is located on the periphery of the positioning ring part and inside the support frame ring , the energy-gathering part is ring-shaped, and the energy-gathering part is inclined downward from outside to inside. There are several through-type vents. The energy gathering part can make the flame generated by the burner reflect and gather towards the bottom of the pot, which improves the thermal efficiency; it is introduced from the side of the burner to mix with the gas, which can promote the full combustion of the gas of the burner, and it is not easy to produce yellow flames. high.

The invention relates to an automatic control electric furnace flue gas combustion settling chamber. The chamber consists of a shell, baffles, supports, combustors, a flue gas inlet, a flue gas outlet, an ash discharge port, a vibrator, a CO concentration monitoring device and an analog-digital (A/D) converter, wherein the cross section of the shell is round; reducing ports are formed on the upper part and the lower part of the shell; the baffles are positioned in and welded with the shell; the combustors are arranged on the inner wall of the shell; one combustor is arranged between every two adjacent baffles; the CO concentration monitoring device is arranged at the flue gas outlet and can detect the concentration of CO at the flue gas outlet; and an automatic control device automatically changes the opening of a valve at the flue gas inlet, so that the amount of air mixed in the flue gas inlet is automatically changed, and the CO is fully combusted. The automatic control electric furnace flue gas combustion settling chamber can monitor the content of the CO in discharged flue gas, ensures environmental safety and is high in regulation performance and easy and convenient to operate, and operation is automatically controlled.

This invention discloses a pretreatment system of generation with garbage characterizing in connecting piston handspikes of right and left liquid pumps on the right and left side walls of a squeezing box, setting a liquid impregnation pipe and a flexible turn-over plate at the bottom of the box and setting a pre-kiln array unit under the flexible turn-over plate, closely distributing three drying boxes on a conveyer bent of the kiln array unit, in which an inlet is below the belt and an outlet is above the drying box, which reduces moisture of garbage to be good to the fully burning of garbage and increase its generation efficiency and stability.

The invention discloses a moulded coal additive, which consists of the following materials with the weight percentage: 0.7 to 1.4 percent of magnesia, 4 to 7 percent of potassium permanganate, 1 to 3 percent of olefin, 2 to 6 percent of potassium chlorate, 2 to 6 percent of potassium nitrate, 2 to 6 percent of sodium nitrate, 3 to 7 percent of manganese dioxide, 0.8 to 2 percent of calcium carbonate, 0.5 to 2 percent of cobalt chloride and the balance of sodium chloride. The adding of the moulded coal additive can lead the moulded coal to be burnt more completely, thereby improving the burning efficiency. The moulded coal additive can lead the sulfur in the moulded coal to participate in burning; while the sulfur which can not be burnt completely can form metallized sulfur and be solidified with soot, deposited with coal slag, and is not discharged with smoke and gas, thus achieving clean burning with non-pollution emission; moreover, all coal boilers do not need to be additionally provided with any attached desulfurizing and dust-removing device and environment-friendly burning can be realized without any limitation.

The invention discloses a high pressure gasoline rail of a gasoline engine, comprising a long cylindrical gasoline rail body (1), a gasoline inlet pipe (9) and a high pressure swirl injector (12) connected with the cylinder of the gasoline engine, the gasoline rail body (1) is equipped with a gasoline pressure sensor (11) communicated with the gasoline rail body (1), the high pressure gasoline rail is equipped with a sensor sleeve (2), the gasoline pressure sensor (11) is fixedly connected with the gasoline rail body (1) by the sensor sleeve (2). By using the technical scheme, the invention greatly increases the injection pressure of gasoline, facilities the complete combustion of the gasoline, and improves the engine performance and efficiency. The high pressure gasoline rail has good sealing property, high safety, simple and reliable structure, adapts to high gasoline pressure, and is suitable for gasoline direct injection engines.

The invention discloses an oil saving and emission reducing device of an automobile. The device comprises an engine, a direct-current generator, a water electrolysis device and a hydrogen conveying pipeline; the engine is in transmission connection with the direct-current generator; the device also comprises an oxygen conveying pipeline; the anode and the cathode of the output end of the direct-current generator are electrically connected with an electrolytic anode plate and an electrolytic cathode plate in the water electrolysis device respectively; the water electrolysis device is provided with a closed container; an oxygen collecting cavity and a hydrogen collecting cavity are formed in the closed container of the water electrolysis device; the oxygen collecting cavity is positioned above the electrolytic anode plate; the hydrogen collecting cavity is positioned above the electrolytic cathode plate; one end of the oxygen conveying pipeline is connected with the oxygen collecting cavity, and the other end of the oxygen conveying pipeline is connected with an air inlet pipeline of the engine; and one end of the hydrogen conveying pipeline is connected with the hydrogen collectingcavity, and the other end of the hydrogen conveying pipeline is connected with the air inlet pipeline of the engine. The device has a simple structure, and can convert the residual power of the automobile running at medium and low speed into hydrogen fuel for combustion work of the engine, save fuel oil, and reduce the emission of waste gas.

The invention discloses efficient catalytic combustion equipment for waste gas treatment, and relating to the technical field of waste gas treatment. The equipment specifically comprises a combustionbox, a catalyst efficient mixing assembly and an oxygen supplementing mechanism. The left side of the combustion box is connected with an air inlet pipe adsorption assembly. One side of a spring telescopic rod is connected with a tubular clamping piece. Grooves are formed in the surfaces of two sides of an activated carbon clamping plate, an activated carbon plate is embedded into the activated carbon clamping plate, a replacement motor is connected to the left end of a replacement rotating shaft, the catalyst efficient mixing assembly is arranged in a combustion box, and an oxygen supplementing mechanism is arranged at the top of the combustion box. According to the efficient catalytic combustion equipment for the waste gas treatment, a saturated activated carbon plate can be rapidly replaced, a plurality of activated carbon plates can be replaced at a time, replacement time can be shortened, it is guaranteed that normal operation of the equipment is not delayed, meanwhile, time for workers to replace the activated carbon plates is greatly prolonged, and working pressure of the workers is reduced.

A stove burner comprises a furnace head, an outer-ring gas ejector pipe, an inner-ring gas ejector pipe and a burner cap, wherein the furnace head comprises an outer-ring cavity and an inner-ring cavity; the outer-ring gas ejector pipe communicates with the outer-ring cavity; the inner-ring gas ejector pipe communicates with the inner-ring cavity; and the burner cap is mounted on the furnace head. The stove burner is characterized in that the burner cap comprises a lower-ring flame channel communicating with the outer-ring cavity; a cover plate is arranged on the burner cap; an upper-ring flame channel communicating with the inner-ring cavity is formed between the cover plate and the burner cap; and in addition, the lower-ring flame channel is positioned below the upper-ring flame channel. After the stove burner provided by the invention adopts the upper-ring and lower-ring flame design, the flame stabilizing effect can be well achieved by adjusting the primary air coefficient of lower-ring flame, and secondary air can be directly supplemented; not only is the supplementing effect good, but also the problem that an overflowing liquid flows into a baseplate through a secondary air hole, and then the secondary air hole is difficult to clean can be solved; and in addition, the diameter of the stove burner is relatively small, so that is not only the heat efficiency improved, but also the stove burner is easier to clean.

The invention discloses a chemical experimental waste liquid recovery processing device based on artificial intelligence. The chemical experimental waste liquid recovery processing device comprises abase. A machine body and an incinerator are fixedly connected with the top of the base through bolts. The machine body is located on one side of the incinerator. A mixing box and a supporting frame are mounted at the inner bottom of the machine body. The mixing box is located on one side of the supporting frame. A supporting plate is welded to the inner wall of one side of the supporting frame. Asecond motor is fixedly connected with the bottom of the supporting plate through a bolt. One end of the second motor is rotationally connected with a rotary plate through a rotary shaft. Waste liquids with different chemical properties can be effectively placed separately, the situation that different waste liquids start chemical reactions after being mixed, and the probability of safety accidents is increased is avoided, meanwhile, the effect that the waste liquids are located in independent closed spaces, and the problems of volatilization and leakage are solved; and in addition, the chemical waste liquid processing efficiency is improved through artificial intelligence automatic control, input of labor cost is reduced, and the recovery processing cost is reduced while automation is improved.