131results about How to "Flexible temperature control" patented technology

The invention relates to a control method for realizing sustained release of smoke of heating non-combustion tobacco products. According to the control method, a heating device adopts the heating modecomprising a preheating stage I, as well as a thermal insulation stage II and a smoking stage III which are circularly and alternately carried out, wherein the circulating times of the thermal insulation stage II and the smoking stage III is 5-20 times. With the control method, the puff number can be controlled, the smoke amount is sufficient, the irritation is small, the aftertaste is clean, theobvious miscellaneous qi and residue do not exist, the strength is moderate, the temperature of the smoke is moderate and free of the burning heat sensation, and when not in smoking, no sidestream smoke is emitted.

The invention relates to a comprehensive utilization method for coal chemistry industry gasified washing black water high-temperature flashing steam. The high-temperature flashing steam first directly heats part of a grey water mixture to high temperature in a combined purifying tower, and then grey water and a low-temperature grey water mixture which is discharged through a deaerator are mixed and pumped into a vaporization washing tower to be recycled after set temperature is reached; the non-condensation high-temperature flashing steam is purified on the upper section of the tower, a first high-temperature flashing steam condenser and a second high-temperature flashing steam condenser are introduced to prepare secondary steam, the secondary steam is used for a raw ammonia recycling stripping tower and a strong brine evaporating system, and excessive secondary steam is introduced into a low-pressure steam pipeline net; part of high-temperature flashing steam condensate is introduced into the gasification deaerator, the remaining condensate and non-condensation high-temperature flashing steam enter the ammonia recycling stripping tower for separation, ammonia gas is pumped out along a lateral line to prepare ammonium hydroxide, carbon dioxide, hydrogen sulfide and other gas are introduced into a sulfur recycling system for sulfur recycling and then enter a carbon dioxide recycling system. Finally, the high-temperature flashing steam is sufficiently utilized.

The invention relates to the field of high-salt-content organic wastewater treatment and resource utilization, in particular to a supercritical hydrothermal combustion reactor for recovering salt fromorganic wastewater and application thereof. The reactor comprises a top cover and a cylindrical cavity defined by a pressure bearing wall; wherein the cylindrical cavity comprises a hydrothermal combustion reaction chamber, a chilling chamber and a subcritical water chamber which are in fluid communication from top to bottom; an annular gap between an evaporation wall of the hydrothermal combustion reaction chamber and the pressure bearing wall is an evaporation wall area; a first gas-liquid mixed spraying device is mounted on the top cover; a purified water outlet is formed in the upper partof the side wall of the hydrothermal combustion reaction chamber, and a second gas-liquid mixed spraying device is mounted in the middle of the side wall; an annular space between the permeation wallof the chilling chamber and the pressure bearing wall is a cooling water chamber; and a high-salt water outlet is formed in the bottom of the subcritical water chamber. The reactor can effectively degrade organic matters in wastewater, and salt meeting industrial standards can be obtained after the obtained high-salinity water is subjected to evaporative crystallization.

The invention relates to the field of environmental control of a sunlight greenhouse, in particular to a multi-stage internal heat insulation shading system for a greenhouse and the greenhouse containing the system. The internal heat insulation shading system comprises multi-stage internal heat-insulation shading screens, a screen pressing line and a screen supporting line, a plurality of pulling screen mechanisms, a driving shaft and a motor for driving the rotation of the driving shaft; each pulling screen mechanism comprises a driving steel cable and a reversing pulley, wherein one ends of the driving steel cables are wound on the driving shaft, and the other ends of the driving steel cables are wound on the reversing pulleys; one sides of the inner heat insulation screens are fixed, and the other ends of the inner heat insulation screens, as retracting and releasing ends, are respectively connected with the driving steel cables. The internal thermal insulation shading system not only has the advantages of simple structure, saving production cost, but also can flexibly regulate and control the indoor temperature and light according to the different needs of temperature and light by crops in different growing seasons and different time. Compared with traditional internal insulation and shading systems, the system provided by the invention has a greater application and promotion value.

The invention provides a device and a process for preparing natural gas by virtue of double-fluidization bed gasification of a biomass. The device comprises a burning carrier heating unit, a pyrolysis gasification unit, a biological carbon/carrier separation and conveying unit and a methane synthesis and tar returning unit, wherein the pyrolysis gasification unit is connected with the burning carrier heating unit, the biological carbon/carrier separation and conveying unit and the methane synthesis and tar returning unit. The other components are converted into methane gas as much as possible while the biological carbon is obtained, the content of methane in a pyrolysis product is about 10%, the pressure for subsequent synthesis is reduced, the tar in hydrolysis gas is used as a fuel for a double-fluidization bed, and the problems that combustion cannot be stabilized at a low temperature and alkali metals causes scorification in a high-temperature state when other double-fluidization beds adopt biological carbon combustion can be avoided to ensure that the temperature of a combustion furnace can be controlled very flexibly. The device and the process provided by the invention fully use different pyrolysis products of the biomass, can realize treatment of various biomasses, and are wide in raw material application range.

The invention relates to a method for drying wood by using solar energy. The method comprises the following steps of: placing a wood to be dried in a drying chamber (16); supplying heat to the drying chamber, and when the temperature T3 of the drying chamber (16) rises and is 2 DEG C higher than the set drying temperature of the wood, stopping the heat supplying of a greenhouse-type heat collector (4) to the drying chamber (16) in order to dry the wood at the set drying temperature. The method for drying wood by using solar energy of the invention is convenient to run and flexible to control the temperature; the drying temperature can be constant and the continuous drying is realized; moreover, the drying energy consumption is reduced remarkably, the drying cost is reduced and the better drying quality is obtained; in addition, the solar heat collector in the method of the invention has large area, high heat efficiency and high conversion efficiency.

The invention relates to a chemical gas phase deposition method of integrating heating and depositing of silicon slices which comprises, placing the silicon chips on the electrode, vacuum-pumping, starting silicon chip micro area to heat controller power source, using silicon chips directly as heating arrangement, initializing silicon chip temperature, letting in or charging in reactant, reacting the reactants on silicon chip surface to obtain the product, using the silicon chip as substrate, and depositing the reaction product on silicon chip surface.

The invention discloses a light-medicine integrated moxibustion therapy apparatus, pertaining to the technical field of medical equipment. The moxibustion therapy apparatus comprises a base, support arms, light-medicine moxibustion therapy devices and a control system. One ends of the support arms are mounted to the base and the other ends of the support arms are fixedly connected with the light-medicine moxibustion therapy devices. Each light-medicine moxibustion therapy device comprises a shell, in which a medicine bin and a heating device are arranged. Two side walls of the medicine bin are fixedly provided with axial flow fans. Multiple red light sources and infrared light sources are arranged on the circular surface at the lower end of the shell. Heating plates, temperature measurement components, the red light sources and the infrared light sources are all connected to the control system. The light-medicine integrated moxibustion therapy apparatus is provided with a dumping disconnecting protective switch. The light-medicine integrated moxibustion therapy apparatus has following beneficial effects: utilization rate of medicine is improved; according to needs of a patient and the type of medicine, temperature can be flexibly controlled; and by adoption of a flow-guide cover, medicine can be easily collected in order to increase smoke concentration and target ability of medicine.

The invention discloses a large-scale intelligent laundry device with sterilizing and drying functions. The large-scale intelligent laundry device comprises an intelligent laundry device body, wherein the intelligent laundry device body is composed of an outer shell and an inner washing drum; a main rotating shaft is arranged at the center of the inner washing drum; a crossing support frame is welded on the main rotating shaft; a connecting base is arranged under the intelligent laundry device body; a sealing cover is arranged above the intelligent laundry device body; a master control module is arranged on the sealing cover; the master control module comprises a timing system, a temperature control module, a drying control module and a sterilizing control module; a steam heating component and a drying heating component are arranged in the connecting base; the steam heating component is electrically connected with the sterilizing control module; the drying heating component is electrically connected with the drying control module; a drying hole and a steam jetting hole are formed under the inner washing drum. The large-scale intelligent laundry device has a simple structure, sterilizing and drying functions, high safety and capability of realizing intelligent temperature control.

The invention relates to a method for regenerating a catalyst for preparing low-carbon olefin from an oxygen-containing compound, which mainly solves the problem that the temperature of a regenerator is difficult to control in the prior art. The method adopts a technical proposal which comprises the following steps: putting a regenerating medium of which the temperature is between 100 and 300 DEG C into a regeneration dense phase zone of a fluidized bed regenerator to be contacted with a catalyst which is to be regenerated and contains an aluminosilicophosphate molecular sieve with 0.5 to 7.5 weight percent of coke, performing an oxidation reaction on the mixture at a regeneration temperature of between 600 and 700 DEG C to generate large amount of heat while generating a gas phase material flow which contains O2, CO, and CO2, and delivering removing the heat out of the regeneration dense phase zone through an external heat-removing device of the regenerator, wherein the external heat-removing device of the regenerator is a full back mixing type external heat-removing device, and the distance between the connecting position of the external heat-removing device of the regenerator and the regeneration dense phase zone and a feed distributor for bottom regeneration media is less than or equal to 0.5 of the height of a bed layer in the regeneration dense phase zone. The technical proposal better solves the problem and can be used for the industrial production of the low-carbon olefin.

The ivnention discloses a nitrogen electric heating method and system for in-situ pyrolysis of oil-rich coal. One end of a second gas pipeline is connected with a high-temperature and high-pressure nitrogen storage tank, the other end of the second gas pipeline extends into a heat injection well and sequentially penetrates through a heating cable heating structure and an electromagnetic induction heating structure, and the electromagnetic induction heating structure is connected with a variable-frequency power source device and a cooling system. The heating cable heating structure and the variable-frequency power source device and cooling system are respectively connected with a power source and a control system; high-temperature and high-pressure nitrogen enters the heat injection well through the second gas pipeline, and the second gas pipeline is heated through a heating structure; the heat injection well communicates with a mining well through a fracture, and the high-temperature and high-pressure nitrogen enters the fracture; mixed gas generated by heating of an oil-rich coal seam enters the mining well; and transmitting to an oil-gas comprehensive separation device through an oil-gas collection pipeline to obtain a series solution of the oil-rich coal seam. According to the nitrogen electric heating method and system for in-situ pyrolysis of the oil-rich coal, the efficiency of a heating system is improved, and the environmental adaptability of an underground heating device and the controllability of the heating temperature of the oil-rich coal seam are enhanced.

The invention discloses a catalytic combustion purification process and device. According to the catalytic combustion purification process and device, firstly, organic waste gas and air and/or oxygen are mixed, and the mixing ratio of the organic waste gas and the air and/or the oxygen can be flexibly regulated and controlled according to the requirement for the subsequent catalytic combustion technology; it is guaranteed that the concentration of the organic waste gas in the mixed gas is within the explosion limit; more importantly, the subsequent catalytic combustion temperature is regulated and controlled, and the phenomenon of temperature runaway of catalytic combustion sections is eradicated; secondly, the mixed gas is divided into two parts, one part is used for catalytic combustion, and the remaining part conducts heat exchange with mixed gas at outlets of all the stages of the catalytic combustion sections. In this manner, the amount of the two parts can be regulated flexibly in time; the temperature of the mixed gas going in the next stage of catalytic combustion is maintained by using the remaining part; finally, catalytic combustion can be smoothly carried out, and the phenomenon of temperature runaway is prevented.

The testing system includes the testing computer, the automatic plugging and pulling out mechanism, the temp control set and the control set. The testing computer is used for holding and testing the IC to be bested. The automatic plugging and pulling out mechansm puts the IC to be tested on the testing computer and takes the IC tested off from the testing computer. The temp control set controls the temp of the IC to be tested. The control set is connected to the testing computer and the plugging and pulling out mechanism electrically, controlling the operation of the plugging and pulling out mechanism. The testing computer combines the IC to be tested forming an integrated computer. The temp control set controls the temp at preset condition. The control set carriage out the integrated testing.

The invention discloses a system and a method for pyrolyzing biomass and liquefied residue. The system comprises a mixed moulding unit, a co-pyrolyzing unit, a liquefied residue dedusting unit and a calcium carbide producing unit, wherein the mixed moulding unit comprises a biomass inlet, a liquefied residue inlet and a moulded ball outlet; the co-pyrolyzing unit comprises a moulded ball inlet, a pyrolyzed oil gas outlet and a mixed semicoke outlet; the liquefied residue dedusting unit is provided with a pyrolyzed gas inlet, a dedusted gas outlet and a dust-containing liquefied residue outlet; the calcium carbide producing unit is provided with a mixed semicoke inlet, a quick lime inlet, an oxygen-enriched gas nozzle, a calcium carbide furnace gas outlet and a calcium carbide outlet. According to the system and the method, provided by the invention, the liquid liquefied residue is used for dedusting the pyrolyzed gas obtained by pyrolyzing the biomass, the dust-containing liquefied residue is recycled and is mixed with the biomass for preparing the mixed semicoke through copyrolysis, and the sensible heat of the mixed semicoke is utilized for preparing calcium carbide, so that high-value utilization of the liquefied residue as well as energy conservation of the system are achieved.

The invention discloses a glass kiln and a glass melting control method. A charge port and a discharge port are formed in the glass kiln; the glass kiln comprises a kiln top and a kiln bottom; the kiln bottom is of a step structure for placing molten glass and comprises multiple steps; the depths of the steps are increased in sequence; the depth of each step is the distance from each step to the liquid surface of the molten glass; at least one electrode is arranged on each step; the electrode on each step is positioned below the liquid surface of the molten glass; the kiln top and the liquid surface of the molten glass form a combustion space; multiple pure oxygen lances are uniformly distributed in the combustion space; the charge port is positioned on the kiln wall at one end of the shallowest step of the kiln bottom and is higher than the liquid surface of the molten glass; and the discharge port is positioned on the kiln wall of one end of the deepest step of the kiln bottom and is lower than the liquid surface of the molten glass. In the invention, the effects of high molten glass uniformity and high quality are realized.

The invention discloses an integrated device and method for removing sulfur oxide and heavy metal in non-ferrous metal smelting and acid-making flue gas. The integrated device comprises a gas inlet flue, a heat exchanger, a U-shaped flue, a venturi tube bundle, a circulating fluidized bed reactor and a dust remover, which are connected in sequence; the acid-making flue gas enters the heat exchanger from the gas inlet flue and enters a U-shaped pipeline through the heat exchanger from top to bottom; then the acid-making flue gas enters the venturi tube bundle through the U-shaped pipeline frombottom to top and enters the fluidized bed reactor from the venturi tube bundle; finally, the acid-making flue gas is subjected to dust removal through the dust remover and then is exhausted. According to the device disclosed by the invention, the temperature of the flue gas can be flexibly controlled according to the acid dew point of the flue gas and SO3 is selectively absorbed; meanwhile, impurities including dust, arsenic, fluorine, mercury and the like are captured and the purification efficiency is high; the quality of the acid-making flue gas can be ensured; a system has a simple structure and a small occupied area; resource utilization of byproducts can be directly realized and no secondary pollution is caused.

The invention relates to a treatment method for dehydrating and upgrading high-moisture and high-volatile low-rank coal, and discloses a method for preparing blast furnace blowing semicoke by upgrading low-rank coal based on a high-pressure hydrothermal reaction, wherein the method comprises four steps of low-rank coal pretreatment, high-pressure hydrothermal upgrading, waste heat recycling and upgraded semicoke dehydration and drying. According to the method, low-heat-value low-rank coal is converted into high-quality blast furnace blowing upgrading semicoke by utilizing a high-pressure hydrothermal reaction upgrading technology, wherein the moisture content of the semicoke air drying base is less than 6%, the volatile component content is less than 25%, the Hardgrove grind ability indexis greater than 60, the high-order heat generation value is greater than 24000 kJ/kg, soluble potassium salt, sodium salt and sulfate components in ash are dissolved out, the organic sulfur in coal iseffectively separated out, and the upgraded semicoke can meet the performance index requirements of coal for blast furnace blowing; and the method provided by the invention effectively solves the problems of high water content, high volatile component content, low heat value and high harmful element content of blast furnace blowing of low-rank coal, and provides a clean, efficient, low-energy-consumption and high-added-value low-rank coal upgrading utilization method.

The invention relates to a storage battery acid circulation adjusting formation method and an adjusting system, and relates to the formation of a storage battery. At present, the electrolytic liquid density maintaining method for the domestic storage battery pregnant solution formation is as follows: 1, the acid is manually pumped and supplemented, but the timeliness is insufficient, and the efficiency is low; 2, the simple closed cycling way is adopted, but the precision of the electrolyte density is low, and the formation temperature is greatly fluctuated. The invention relates to a storage battery acid circulation adjusting formation method and an adjusting system. The adjusting system comprises a formation tank, a transfusion circulation pipeline, a liquid pumping circulation pipeline, a liquid adjusting tank, a liquid storage tank, a water pump and a pressure machine, and the adjusting system is characterized by also comprising a liquid-level adjusting device, a liquid return pipe and a loop valve, wherein the liquid return pipe is communicated with the liquid adjusting tank and the liquid storage tank, and the liquid return pipe is provided with the loop valve. The adjusting formation method and the adjusting system have the beneficial effects that the advantages of flexibility, precision and temperature control can be realized.

The invention relates to an insulation can configuration method, comprising the following steps of: (1) setting an insulation can configuration table; (2) determining conditions when an insulation object is transported; (3) selecting a corresponding configuration scheme according to the set insulation can configuration table, determining type and quantity of coolant, a processing method and an assembly method; and (4) packing the coolant and the insulation object according to the insulation can configuration table, and making preparation for transportation. The insulation can configuration method provided by the invention can flexibly control temperature of an insulation can as required, is not influenced by variation of seasons and ambient temperature and can reliably guarantee that specified preservation effect or transportation temperature of medicines can be reached.

The invention relates to production equipment for manufacturing excellent optical fiber preforms by a VAD (vapor axial deposition) method. The production equipment comprises a seed rod, a blank rod, atransmission mechanism, a supply mechanism, a heating mechanism and two supporting mechanisms. The supply mechanism comprises a gear, a supporting shaft, a rack, a translation unit and at least two oxyhydrogen flame blast burners. The translation unit comprises a first motor, a first connecting rod and a second connecting rod. The heating mechanism comprises a heating ring and at least two heating components, and each heating component comprises a regulating plate, an X-ray detector, a laser emitter and a regulating unit. The production equipment for manufacturing the excellent optical fiberpreforms by the VAD (vapor axial deposition) method has advantages that the supply mechanism enables the oxyhydrogen flame blast burners to rotate, reaction gas is supplied to each position at the bottom end of the blank rod, uniform attachment of dust on the outer periphery of the seed rod is benefited, heating conditions at each position of the outer periphery of the blank rod are controlled through the heating mechanism, the reaction degree at each position is controlled according to production conditions to enable uniform attachment of dust on the surface of the seed rod, and accordingly optical fiber preform production quality is improved.