16results about How to "Improve gasification effect" patented technology

The invention discloses a grate-rotary kiln pellet process biomass-hydrogen-based fuel gas composite heat supply method, which comprises the following operation steps A, B and C in a grate-rotary kiln pellet production process: A: mixing biomass charcoal and a pellet material for pelletizing; b, the biomass solid fuel and the hydrogen-based fuel gas are injected into the rotary kiln at the same time; and C, fuel gas and / or air are / is injected to the joint of the chain grate machine and the rotary kiln head so as to regulate and control the oxygen content and temperature of the flue gas of the second preheating section. According to the method, under the condition that normal production of the pellets is not affected, due to the fact that a renewable, clean and low-carbon fuel structure is fully adopted, the number of CO2 and gas pollutants generated by combustion of fossil fuel is remarkably reduced.

The utility model provides a heating device for detecting the distillation range of crude benzene in a laboratory, which comprises a combustion head provided with a gas spray hole and a gasification pipe arranged above the combustion head, the input end of the gasification pipe is communicated with a liquid storage bottle with a pump through a main liquid supply pipe, and the output end of the gasification pipe is connected with a gas inlet of the combustion head. The combustor is characterized in that a pre-combustion disc is arranged on the periphery of the combustion head, the pre-combustion disc is communicated with the liquid storage bottle with the pump through a secondary liquid supply pipe, and a gas pressurization assembly is arranged in the combustion head. The gasification pipe is firstly heated through heat energy generated by combustion of fuel on the pre-combustion disc, so that the gasification pipe has good gasification capacity in the initial combustion stage of the combustion head, the problem that the initial distillation time is difficult to control due to insufficient heat value in the initial stage is effectively solved, and the combustion rate is improved by arranging the fuel gas pressurization assembly in the combustion head; the distillation speed required by crude benzene distillation can be quickly achieved, and the accuracy of crude benzene distillation range detection is ensured.

The invention discloses a pharmaceutical composition for redness removal and repair and a preparation method thereof, belonging to the technical field of skin disease treatment, which is an ointment prepared from raw materials according to the following weight ratio: 8-10 parts of chamomile, 6-12 parts of oriental rhizome, 5-10 parts of sophora flavescens, 6-12 parts of cnidium monnieri, 6-15 parts of kochia scoparia, 1-5 parts of small molecule sodium hyaluronate, 9-15 parts of ectoine, 3-10 parts of safflower, 6-12 parts of ophiopogon japonicus, 9-12 parts of mountain peony, 9-12 parts of white peony; the ointment is composed of an ointment matrix, a nanostructured lipid carrier of a Chinese medicine extract and glycerol, and the ointment matrix is ​​honey. The pharmaceutical composition for redness removal and repair finally prepared can increase the thickness of the stratum corneum, has a good healing effect on patients with persistent facial flushing and already formed telangiectasia, and can remove redness from the face.

This invention relates to a nebulized inhalation device, specifically to the field of nebulized inhalation device technology. The device includes a housing with a servo motor fixedly mounted thereon. The housing also includes a stirring assembly for agitating a medicinal solution. The stirring assembly includes a rotating shaft fixedly connected to the output shaft of the servo motor. A connecting cylinder is fixedly mounted on the rotating shaft, and a rotating ring is sleeved on the connecting cylinder. Stirring blades are circumferentially and uniformly fixed to both sides of the rotating ring, near and away from the servo motor. The rotation of the stirring blades agitates the medication within the housing, preventing sedimentation, maintaining efficacy, and allowing for thorough mixing of different medications, thus improving medication utilization efficiency. Furthermore, the rotation of the stirring blades enhances the impact of the airflow on the medication, improving atomization and reducing medication residue.

The present invention discloses a spiral coil heating flame preheating plug and a diesel engine, belonging to the technical field of engine cold start auxiliary system. The spiral coil heating flame preheating plug comprises a flame cover, a shell, an electromagnetic induction evaporation net, an oil inlet pipe and an electromagnetic induction spiral coil, wherein the wall of the flame cover is provided with ventilation holes, and is coaxially arranged in the inner cavity of the lower part of the shell; the electromagnetic induction evaporation net is sandwiched between the inner wall of the shell and the outer wall of the flame cover; one end of the oil inlet pipe is connected to the electromagnetic induction evaporation net, and the other end can be connected to the oil pump; the electromagnetic induction wire spiral coil is spirally wound on the outer wall of the shell and the position corresponding to the electromagnetic induction evaporation net; the inner cavity of the upper part of the shell forms a mixed gas cavity. The spiral coil heating flame preheating plug can significantly improve the cold start performance of the diesel engine in extremely cold and harsh environments.

A distillation tower for bromine production relates to the technical field of distillation towers and comprises a fixedly arranged distillation tower body, a mixing assembly and a preheating assembly are vertically arranged in the distillation tower body, and a condensation assembly communicated with an inner cavity of the distillation tower body is arranged on the side of the distillation tower body. The mixing assembly comprises four upper fixing boxes fixedly arranged on the inner wall of the distillation tower body, the four upper fixing boxes are evenly distributed in the circumferential direction of the distillation tower body, two opposite upper fixing boxes are located above the other two upper fixing boxes, the opposite ends of the two upper fixing boxes located on the upper portion are both arranged downwards, and the lower ends of the two upper fixing boxes located on the lower portion are arranged downwards. And a plurality of atomizing nozzles are fixedly arranged. The distillation tower for bromine production solves the problems that when an existing distillation tower for bromine production is used for producing bromine, primary acid cannot be in full contact with chlorine and water vapor, so that reactants and products are wasted, the temperature difference between the primary acid and the water vapor is large, and the bromine gasification effect is affected. And gaseous bromine cannot be fully condensed, so that the condensation effect is poor.

The invention relates to a fuel gas supply system and gearbox heat management system, a vehicle and a heat management method. The fuel gas supply system and gearbox heat management system comprises a fuel gas storage cylinder assembly, and the output end of the fuel gas storage cylinder assembly communicates with the inlet end of a three-way control valve; a gas pipe input end of the gas water bath vaporizer is communicated with a first outlet end of the three-way control valve; a gas pipe input end of the gas oil bath vaporizer is communicated with a second outlet end of the three-way control valve, and a gas pipe output end of the gas oil bath vaporizer is communicated with a gas pipe input end of the gas water bath vaporizer; and the fuel gas oil bath vaporizer is provided with a gearbox lubricating oil inlet and a gearbox lubricating oil outlet. The fuel gas oil bath vaporizer is added to exchange heat with lubricating oil of the gearbox, so that the gearbox can be ensured to obtain the cooling effect with the optimal performance in an overheating mode; and meanwhile, the gasification capacity of the fuel gas supply system is improved, and more stable gas rail pressure and gas supply temperature are provided for an engine.

The present invention discloses a disc-type coil heating type flame preheating plug and a diesel engine, belonging to the technical field of engine cold start auxiliary system. The disc-type coil heating type flame preheating plug comprises a flame cover, a disc-shaped electromagnetic induction coil, a disc-shaped electromagnetic induction heating element, an evaporation net and an oil pipe, wherein the wall of the flame cover is provided with ventilation holes, and the bottom of the flame cover is coaxially provided with a disc-shaped electromagnetic induction coil; the disc-shaped electromagnetic induction heating element is coaxially provided on the top surface of the disc-shaped electromagnetic induction coil; the evaporation net is coaxially provided on the top surface of the disc-shaped electromagnetic induction heating element; one end of the oil pipe passes through the flame cover and is inserted into the evaporation net, and the other end can be connected to the oil pump; the inner cavity of the flame cover forms a mixed gas cavity. The disc-type coil heating type flame preheating plug can significantly improve the cold start performance of the diesel engine in extremely cold and harsh environments.

The invention discloses biomass pyrolysis, carbonization and gasification poly-generation equipment which comprises a rack, a servo motor is mounted on the outer side wall of the rack, an output shaft of the servo motor penetrates through the rack and is provided with a connecting frame, a spherical heater is fixedly connected to the connecting frame, a spherical carbonization furnace is mounted in the spherical heater, and the spherical carbonization furnace is fixedly connected to the rack. The spherical carbonization furnace is communicated with a feeding pipe, a gas outlet pipe, a liquid outlet pipe and a discharging pipe, and the feeding pipe, the gas outlet pipe, the liquid outlet pipe and the discharging pipe penetrate through the spherical heater and extend outwards; a transmission mechanism is installed in the connecting frame, the transmission mechanism is connected with the rack through a swing mechanism, and the output end of the transmission mechanism extends into the spherical carbonization furnace and is provided with a turnover seat. The device has the advantages that through spherical design and multi-mechanism cooperation, the pyrolysis, carbonization and gasification efficiency is improved, adhesion and blockage of raw materials can be reduced, poly-generation and product separation are achieved, the structure is stable and reliable, operation is flexible, and the biomass utilization value can be improved.

The utility model discloses a gasification water-saving utilization structure of a cleaning inspection robot, and relates to the technical field of cleaning inspection robots, the gasification water-saving utilization structure comprises a base, the top of the base is provided with a gasification mechanism used for improving gasification efficiency, and the gasification mechanism comprises a heating unit arranged at the top of the base and used for heating; the conversion unit is arranged in the heating unit and comprises a gasification barrel, five water guide pipes are fixedly installed on the outer ring of a water distribution box, and four fog drop nozzles are fixedly installed at the bottoms of the water guide pipes; the water storage unit is arranged at the top of the base and used for storing and conveying water, the water storage unit guides the water into the water distribution box through the rotating pipe, the water in the water distribution box is guided into the water guide pipe through the water distribution box, the water in the water guide pipe is sprayed out through the fog drop spray head to form fog drops, and therefore the heating unit can rapidly heat the fog drops to form water vapor; therefore, the gasification effect is improved.

The utility model discloses a biomass gasification feeding control system, and belongs to the technical field of biomass gasification feeding. Comprising a gasification furnace, a stock bin is arranged on one side of the gasification furnace, a boiler is arranged on the other side of the gasification furnace, and the boiler is fixedly connected with the gasification furnace through an exhaust channel. The biomass gasification feeding device solves the problems that in the prior art, in the biomass gasification process, a feeding device does not crush massive fuel, so that the fuel is not fully combusted, the fuel is prone to being accumulated at the feeding end of a feeding system, and continuous feeding cannot be kept. The two smashing rollers move in the opposite directions so that biomass fuel can be smashed in advance, large fuel blocks can be smashed into small fuel blocks, combustion is more sufficient, the smashed fuel falls on a transverse plate, a pushing plate can be driven to move through telescopic movement of a pneumatic pushing rod, the fuel is pushed into a feeding opening of a spiral conveying mechanism, and continuous feeding is kept.

The present application relates to the technical fields of chemical energy saving and equipment corrosion prevention, and particularly relates to a heat exchange device, which comprises a triple heat exchanger, a steam pipeline connected to an inlet of a shell side of the triple heat exchanger, a tube-and-shell heat exchanger, and an ethylbenzene atomizer, wherein an outlet of a tube side of the triple heat exchanger is connected to an inlet of a tube side of the tube-and-shell heat exchanger, an outlet of the tube side of the tube-and-shell heat exchanger is connected to a circulating water cooling system, an inlet of the shell side of the tube-and-shell heat exchanger is connected to an ethylbenzene feeding pipeline, an outlet of the shell side of the tube-and-shell heat exchanger is connected to an ethylbenzene discharging pipeline, the other end of the ethylbenzene discharging pipeline is connected to the steam pipeline, and the other end of the ethylbenzene discharging pipeline is connected to the ethylbenzene atomizer, and the present application has the following beneficial effects: the problems of the triple heat exchanger inlet being prone to corrosion and the equipment being also subjected to cavitation corrosion in the prior art are solved, the steam and circulating water consumption is reduced, the comprehensive utilization efficiency of heat energy is improved, and the production cost is reduced.

The invention discloses a TDI tar concentration device, and relates to the technical field of tar concentration, and the TDI tar concentration device comprises a composite mechanism. According to the TDI tar concentration device, through the design of the composite mechanism, materials enter the composite shell from the feeding mechanism, impurities of the materials are preliminarily filtered through the feeding mechanism and are prevented from influencing operation of subsequent equipment, and the interior of the composite shell is heated through the heater, so that gasification of the materials is promoted, and subsequent concentration is facilitated; the motor drives the central rotating shaft to rotate and drives the scraping assembly to rotate, materials attached to the inner wall are cleaned, the gasification speed is increased, the materials in the equipment are stirred through the stirring mechanism, so that the effect of promoting uniform heating of the materials is achieved, and the situation that the materials are locally overheated, consequently, the materials are heated and decomposed unevenly, and the concentration quality is affected is avoided; part of residues are discharged from the discharging pipe to the outside, and finally gasified materials enter the condenser from the rising position, so that follow-up treatment is facilitated.

The utility model relates to the technical field of liquid hydrogen stations, in particular to a heat management system for a liquid hydrogen station. Comprising a water bath gasifier, an inlet of the water bath gasifier is connected with a liquid hydrogen booster pump, an outlet of the water bath gasifier is connected with a hydrogen storage bottle set through a gasification pipeline, a heat exchange coil pipe is arranged on the gasification pipeline, an oil cooling exchanger is arranged outside the heat exchange coil pipe, and the oil cooling exchanger is connected with a hydraulic system through a hydraulic pipeline. A three-way valve is arranged on the gasification pipeline between the oil cooling exchanger and the water bath gasifier, the three-way valve is connected with the hydrogen storage bottle group through a conveying pipeline, and the water bath gasifier, the three-way valve and the hydraulic system are respectively connected with the station control system. Heat of the hydraulic system can be transmitted to the gasification pipeline through the oil cooling exchanger and used for gasifying the liquid hydrogen, electric energy consumption of the water bath gasifier is reduced, the low-temperature liquid hydrogen can dissipate heat of the hydraulic system, energy consumption caused by the fact that the hydraulic system needs to be additionally arranged for heat dissipation is avoided, and the purposes of saving energy and reducing consumption are achieved.

This application relates to a gas supply system and a transmission thermal management system, a vehicle, and a thermal management method. It includes: a gas reservoir assembly, the output end of which is connected to the inlet of a three-way control valve; a gas water bath vaporizer, the gas pipe inlet of which is connected to the first outlet of the three-way control valve; and a gas oil bath vaporizer, the gas pipe inlet of which is connected to the second outlet of the three-way control valve, and the gas pipe outlet of which is connected to the gas pipe inlet of the gas water bath vaporizer. The gas oil bath vaporizer has a transmission lubricating oil inlet and a transmission lubricating oil outlet. This system increases heat exchange between the gas oil bath vaporizer and the transmission lubricating oil, ensuring optimal cooling performance for the transmission in overheated conditions. It also improves the vaporization capacity of the gas supply system, providing the engine with more stable air rail pressure and supply temperature.

The utility model discloses a liquid nitrogen gasifier coupling type cooling tower which comprises a circulating water flow channel and a liquid nitrogen flow channel, the liquid nitrogen flow channel penetrates through the circulating water flow channel, and liquid nitrogen in the liquid nitrogen flow channel absorbs heat to complete gasification when penetrating through the circulating water flow channel. The cooling tower further comprises a cooling tower body; the circulating water flow channel comprises a spraying part, a water collecting tank and a water return flow channel, the spraying part and the water collecting tank are arranged in the cooling tower body, and the spraying part is located on the upper side of the water collecting tank; two ends of the backwater flow channel are respectively connected to the spraying component inlet and the water collecting tank outlet; according to the utility model, through coupling of the gasifier and the cooling tower, cold energy generated by gasification of liquid nitrogen is recycled, so that the temperature of circulating water is obviously reduced while sufficient gasification of the liquid nitrogen is ensured, and the workload of the cooling tower is effectively reduced; meanwhile, saturated damp and hot airflow in the cooling tower is cooled when passing through the gasifier, part of water vapor is condensed back into the tower, evaporation loss of the cooling tower is reduced, and water consumption is reduced; the technical effects of sufficient liquid nitrogen gasification and energy and water conservation are achieved.