179results about How to "No special requirements" patented technology

The invention discloses an alarm device, and relates to a vehicle child retention alarm device. The device is an alarm device for preventing a child from being retained in a vehicle so as not to cause a safety accident by using a photoelectric technology. The device comprises a detection device for signal acquisition and detection, a central processing unit and an execution device, wherein the detection device and the execution device are connected with the central processing unit through circuits respectively; the detection device comprises a photoelectric sensor, a temperature induction meter and a gas detector; the execution device comprises a wireless signal emitter, an illuminator, a sounder and a ventilation system controller; detected signals are transmitted to the central processing unit through the circuits by the photoelectric sensor, the temperature induction meter and the gas detector; after the received signals are processed by the central processing unit, and an alarm instruction is emitted to the wireless signal emitter, the illuminator and the sounder respectively and a ventilation equipment starting instruction is emitted to the ventilation system controller; the wireless signal emitter is used for emitting a wireless alarm signal to a mobile phone; and an original warning lamp is turned on by the illuminator, alarm sound is emitted by the sounder, and an original vehicle air conditioning ventilation system and an original vehicle window lifting system are turned on by the ventilation system controller respectively. The alarm device has the advantages of no special requirements on an implemented vehicle, convenience in use and capabilities of completely solving the problem of no protection measure for personal safety of the child in the vehicle after parking of the vehicle, displaying technical parameters, facilitating parameter adjustment, amending settings and realizing various functions.

The invention belongs to the field of metal smelting, and mainly relates to smelting manufacturing technology of low-carbon TWIP steel through an AOD (argon oxygen decarburization) furnace. The smelted TWIP steel comprises the following components in percentage by weight: 0%-0.06% of C, 20%-30% of Mn, 2.0%-3.0% of Si, 2.5%-3.5% of Al, and the balance of Fe. The particular technology procedures comprises the following steps: 1), the AOD furnace is adopted for oxygen decarburization process, once the carbon in the liquid steel is lower than 0.03%, the liquid steel is subject to alloying; 2), after the TWIP steel is subject to manganese alloying, ferrosilicon or/and metal aluminium is adopted to perform reduction reaction on manganese oxide, so that the yield of metal manganese is increased; the oxidation heat of silicon or/and aluminium is adopted to regulate the temperature of the liquid steel and compensate temperature drop of the liquid steel generated by the manganese alloying of the TWIP steel. The method is high in manufacturing efficiency, low in cost, stable in operation and easily-mastered in technology; the main raw material is easily accessible, and no specific requirement is needed; the realization of large-scaled industrialized production is facilitated.

The invention relates to a method for purifying titanium white wastewater, which is characterized by comprising the following steps of: adding excess lime milk or carbide slag slurry, performing a neutralization reaction with stirring to obtain precipitate-containing wastewater, wherein the pH value of the wastewater is between 9 and 12; performing solid-liquid separation on the obtained precipitate-containing wastewater, adding sodium carbonate into filter liquor to perform a reaction for 30 to 50 minutes, and adding trisodium phosphate to perform a reaction, and decalcifying; adding sulfuric acid into the decalcified wastewater for reverse neutralization, and regulating the pH value to be between 6 and 9 to obtain purified water. The method has the characteristics of simple flow, no specific requirement on equipment, low consumption of raw materials and the like; and by the method, the treated wastewater can reach the technical standard of national recycling water, so that the wastewater is recycled to production departments, and for a large amount of the generated titanium white wastewater, the method solves the problem of high treatment cost, and has the technical and economic feasibility of industrial application.

The invention discloses a reduction method for graphene oxide. The method comprises the following steps: using acetone oxime, acetaldoxime or methyl ethyl ketoxime as a reducing agent, and then preparing the graphene by reducing the graphene oxide in a graphene oxide aqueous solution the pH value of which is 6-10, wherein the reaction temperature is 80-100 DEG C and the mass ratio of graphene oxide to the reducing agent acetone oxime, acetaldoxime or methyl ethyl ketoxime is 1: (0.2-5). The method is characterized in that the oximido having lower toxicity is used as the reducing agent and thegraphene is acquired by reducing the graphene oxide by using a chemical reduction method. The preparation method is simply and easily performed, the reaction process is easily controlled, no special requirement for equipment exists, the cost is low, the pollution is free, and the method is easily popularized and used.

The invention discloses a method for preparing a lithium nickel manganese oxide anode material. The method includes the steps that A, divalent nickel salt, divalent manganese salt and Li<+> compounds are evenly mixed and grinded, and a nickel, manganese and lithium mixture is obtained; B, persulfate with the molar weight larger than the sum of the molar weight of the divalent nickel salt and the molar weight of the divalent manganese salt and the mixture obtained in the step A are mixed and grinded, and a reaction mixture is obtained; C, the reaction mixture obtained in the step B is transferred into a polytetrafluoroethylene reaction kettle, water is added, a cover and a stainless steel reaction-kettle outer bush are arranged for sealing, the reaction temperature is controlled and kept, and reactants are obtained; D, the reactants obtained in the step C are taken out and washed with water till no sulfate radical is detected, suction filtration is carried out, and brown or black solid is obtained; E, the brown or black solid is transferred into a crucible, in the atmosphere environment, roasting is carried out, natural cooling is carried out, and the lithium nickel manganese oxide anode material is obtained. The raw materials are abundant, the price is low, environment pollution is avoided, and a brand new easy and convenient solid-liquid film phase reaction method with the easily-controlled conditions and the simple devices is adopted.

The invention provides a power supply circuit which comprises at least one main circuit and at least one assistant circuit; the at least one main circuit comprises at least one battery, a load and at least one main circuit switch controlling the connection of the main circuit; the at least one assistant circuit comprises a current limiting unit and a current pilot unit; the at least one assistant circuit is connected with the at least one main circuit and the load; the invention also provides a power supply method of the power supply circuit. The power supply circuit and the power supply method provided by the invention can realize the electrification of a plurality groups of batteries respectively; the current limiting unit is utilized for preventing the batteries from being damaged; the current pilot unit, such as a switching tube, etc. is utilized to ensure the normal power supply of the load; the invention does not rely on extra assistant equipment and manual operation, does not have special requirements for power supply source and the batteries, has no safety hidden danger, is convenient for realizing intelligent automatic control, has simple circuit and low cost and is convenient for promotion and use.

The invention discloses a preparation method of an aqueous single-layer graphene solution. According to the method, natural graphite, calcium nitrate, potassium nitrate, concentrated sulfuric acid and potassium permanganate are mixed and processed to obtain a graphite oxide solution, and after the graphite oxide solution is prepared into an aqueous single-layer graphene oxide solution, a reducing agent is added for a reaction, and the aqueous single-layer graphene solution is obtained. According to the method, the aqueous single-layer graphene solution with high single layer rate, strong compositing feature and uniform dispersion is prepared finally after multiple times of ultrasonic stripping.

A super-hydrophobic oil-proof self-cleaning aerosol comprises, by weight, one or more of a fluorine-containing compound and a silicone-containing compound 0.1-15%, lanthanide series compound 0.1-5%, nano material 0.1-10%, dissolve promoter 5-40%, diluents 10-60% and propellants 15-40%. A preparation method of the super-hydrophobic oil-proof self-cleaning aerosol comprises the following steps of weighing raw materials according to a formula, stirring and evenly mixing all raw materials except the propellants, respectively filling the raw materials into an aerosol can or a tinplate can or an aluminum can, plugging a valve into a filled can, sealing an opening, filling the propellants, and conducting online weighing, water bath leakage detection and label adhesion on the canned aerosol. The super-hydrophobic oil-proof self-cleaning aerosol has the following advantages that a production process is simple, large-scale production is facilitated, product perniciousness is low, the aerosol is very convenient to carry and use and is especially suitable for application of a spray gun in a large-scale constriction site; the aerosol has no temperature requirement in use and has no special condition requirements, is colorless, tasteless, high in adhesion force, long in service life and wide in application range and is resistant to friction.

The invention relates to a rock core water-bearing analysis method, in particular to an analysis of drilling well exploration rock core, belonging to oil gas geological technical field. The method comprises that breaking a rock core sample to be arranged into a test barrel, adding deionized water into the test barrel to submerge the rock core sample, sealing the test barrel, immerging the sample at normal temperature, using a test machine to find the mineralization rate K of the immerge liquid. The invention uses conductivity detect technique, to simplify the analysis process via rock core water-bearing saturation analysis processes and calculation equation, to quickly obtain the water-bearing saturation via little devices, while the chemical agent has reduced consumption, non toxicity, non damage on operation, non special protection demand, and non environment pollution. And the invention has quick analysis, with only one device, simple calculation, non special demand on operation and worker, and the application for rock core water-bearing quick analysis at drilling site.

The invention discloses a power station air cooling system adopting combined refrigeration with shaft seal steam leakage of a steam turbine and continuous blow-down waste heat of a boiler. The system is characterized in that the steam turbine is communicated with a steam source, the steam turbine is connected with an electric generator, and the steam turbine is sequentially communicated with an air-cooling condenser, a condensate pump and boiler feedwater; the steam turbine is sequentially communicated with a steam leakage condenser, a steam leakage condensate pump and the boiler feedwater; boiler blow-down water is sequentially communicated with a flash tank, a deaerator, a working medium superheater and a drainage ditch; the steam leakage condenser is sequentially communicated with the working medium superheater, and a generator is communicated with the steam leakage condenser through a working medium circulating pump; the generator is sequentially communicated with a condenser, a first throttling valve and an evaporator, the evaporator is communicated with an absorber, and the generator is sequentially communicated with a second throttling valve, the absorber, a solution pump and a generator; and air is sequentially communicated with the evaporator, an induced draft fan and the air-cooling condenser. A method for predicting a heat-transfer coefficient of the air-cooling condenser is further provided.

The invention belongs to the technical field of solar cells, and particularly relates to a method for manufacturing a novel light-trapping synergetic antireflection structure on the basis of an LSP (localized surface plasma) effect. The method includes etching a cone shape on the surface of monocrystalline silicon by alkali; and depositing a layer of discontinuous silver nanoparticles on the surface of a cone by means of sputtering and annealing to obtain the novel light-trapping structure with the silver nanoparticles and a cone structure which are compounded with one another. The reflectivity of the novel light-trapping synergetic antireflection structure is reduced by 3.4% within the total solar spectrum range as compared with a pure cone structure. The method for manufacturing the effective light-trapping structure includes simple and practical silicon wafer cleaning and silver nanoparticle sputtering and depositing technological procedures, and a constant-temperature wet etching means is combined with the LSP effect, so that an excellent antireflection effect is realized as compared with the traditional structure manufactured by alkaline etching, and design and manufacturing processes of the method provide novel technical means for improving the efficiency of silicon and the efficiency of a thin film silicon solar cell.

A medium-and-low temperature ground heat and biomass gas combined power generation system is characterized in that a working medium evaporator is connected with a working medium superheater, a prime motor and a power generator of a gas boiler, the prime motor is communicated with a working medium condenser and a working medium storage tank, and the working medium storage tank is communicated with a working medium preheater of the gas boiler through a working medium booster pump; a production well is communicated with a ground heat water processing device and the working medium evaporator, and the working medium evaporator is communicated with a second inner heating pipe and a first inner heating pipe; the first inner heating pipe is communicated with an inverted well, an underground heat storage part and the production well; biomass is communicated with an acidification hydrolysis tank and communicated with a biogas residue fermentation tank and biogas fertilizer through a biogas residue circulation pump, and the biogas residue fermentation tank is communicated with a gas storage tank through a first gas booster pump; the acidification hydrolysis tank is communicated with an anaerobic digestor through an organic acid circulation pump; the anaerobic digestor is communicated with the gas storage tank and a combustor in the gas boiler through a second gas booster pump; and an anaerobic digester filling module is arranged in the anaerobic digestor. A power generation cost calculating method for the medium-and-low temperature ground heat and biomass gas combined power generation system is provided.

This invention relates to short wavelength metal-chelate-alpha-(4-substituted-2-azothiazolcyclo)-beta-(4,4- dimethyl cyclohexadione) metal chelate with its structural formula as shown, where, C=carbon, N=nitrogen, R=alkyl, methyl, 1-4 carbon linear branched chain alkyl with t-butyl; M2+=Ni2+, Zn2+, Cu2+. This invention compound adsorbs short wavelength (400-500 nm), has solubility being not less than 3 wt% in much organic solvent, being suitable for forming membrane with rotating coating method with high stability, being matched with blue-green laser in working wavelength of 450-550 nm, being of organic storage medium of high thickness blue-green light recording-disc.

The invention relates to a preparation method for an anticorrosive zinc cathode aluminum plate with a coating. Surface treatment is carried out on an ordinary zinc cathode aluminum plate, a deoiled and decontaminated zinc cathode aluminum plate with a clean surface is obtained, then, liquid coating which is mixed to be uniform is sprayed to the corrosive area of the zinc cathode aluminum plate in a spraying manner, and through curing treatment, the anticorrosive zinc cathode aluminum plate with the coating is obtained. According to the preparation method, the process investment is small, the process procedures are simple, no special requirement is made for equipment, the energy consumption is low, no pollution is caused, and the application prospects are wide.

The invention discloses a hydraulic pressure expansion liner corrosion resistant alloy composite tube which is composed of a corrosion resistant alloy inner tube and a mild steel outer tube. The corrosion resistant alloy inner tube and the mild steel outer tube are assembled and liquid pressure is applied on the interior thereof after the assembly to cause the outer surface of the corrosion resistant alloy inner tube and the inner surface of the mild steel outer tube to be tight connected. The wall thickness of the corrosion resistant alloy inner tube is 1-4mm, and the outer diameter of the corrosion resistant alloy inner tube is 70-600mm. The wall thickness of the mild steel outer tube is 6-15mm, and the outer diameter of the mild steel outer tube is 76-610 mm. The composite tube has the beneficial effects that by adopting the method disclosed by the invention, an oil and gas gathering and transporting pipeline can be built for a severe corrosion area, and the method has no special requirements on sites and technologies, so the generalization is convenient.

The invention discloses a double-drug release PMMA compound bone cement and a preparation method thereof. The preparation method comprises the following steps: firstly, preparing a surface porous osteoporosis drug-loading gelatin microsphere; loading an antibiotic drug onto the surface porous osteoporosis drug-loading gelatin microsphere, thereby acquiring a double-drug loaded gelatin microsphere;uniformly mixing the double-drug loaded gelatin microsphere with solid PMMA bone cement powder, thereby acquiring a solid phase of double-drug loaded PMMA compound bone cement; mixing the solid phasepowder of double-drug release PMMA compound bone cement with a PMMA bone cement liquid-phase reagent, thereby acquiring the double-drug release PMMA compound bone cement. In the double-drug release PMMA compound bone cement prepared according to the invention, the gelatin microsphere with double-drug loaded on interior and exterior is added into the solid phase; the staging release of double drugis realized; the double-drug release PMMA compound bone cement is antibacterial and anti-inflammation, has a certain curative effect to osteoporosis, is low-cost, has no special requirement for production equipment and has an excellent application prospect in clinic.

The invention discloses a single crystal ternary positive electrode material with good dispersibility, lithium-nickel mixed arrangement and low residual alkali, and a preparation method and an application thereof. In the preparation process of the single crystal ternary positive electrode material, the raw materials comprise a cationic additive, and the cationic additive is any one or a combination of at least two of an iridium source, an yttrium source, a tellurium source, an indium source and a gallium source. By adding the cationic additives such as Ir<3+>, Y<3+>, Te<4+>, In<3+> and Ga<3+>,the surface energy of the ternary material can be promoted to be reduced on the one hand, so that the sintering temperature of the material is reduced, and the volatilization of lithium salt is reduced; and on the other hand, the lithium-nickel mixed arrangement can be reduced, the directional growth of the crystal face of the material is controlled, and the adsorption effect and reaction activity of the crystal face and CO2 and H2O in the air are inhibited, so that residual alkali on the surface of the ternary material is reduced, the processing performance of the material is improved, and the rate discharge capacity and cycle performance of the single crystal ternary material are improved.

The invention relates to an inclusion compound of alpha crystal imatinib. The inclusion compound of alpha crystal imatinib is prepared by selecting cyclodextrin or derivatives thereof as an inclusion material and is characterized by comprising 0.1-0.3wt% of alpha crystal imatinib and 97.0-99.9wt% of cyclodextrin or derivatives thereof. In the preparation of the inclusion compound, a solvent method and a grinding method can be adopted. As the inclusion compound is prepared by adopting the cyclodextrin or derivatives thereof to include the alpha crystal imatinib, the sensitivity of the alpha crystal imatinib to light, temperature and heat is overcome, and the instability problem of the alpha crystal imatinib is solved. Liquid preparations, semi-solid preparations or solid preparations further prepared from the inclusion compound respectively have improved stability and convenience in operation. The inclusion compound is simple in preparation process, has no need of special requirements on preparation package and storage conditions, and is a novel alpha crystal imatinib preparation which has better liquidity, higher stability and lower moisture absorption and is suitable for clinical use.

The invention discloses a method for an in-situ test of broadband transmission line parameters of a double-conductor type cable, and belongs to the technical field of electromagnetic compatibility. The method includes: a connecting line is connected to a vector network analyzer for calibration, one end of a tested cable is connected with the connecting line, the other end of the tested cable is connected with a calibration member, and the test of a single-port scattering parameter is conducted; then a double-port scattering parameter of the tested cable without eliminating the influence of connectors is calculated; and finally, the double-port scattering parameter without the influence of the connectors is obtained via a parameter optimization process, and the transmission line parameters of the tested cable can be calculated. According to the method, extra engineering amount brought by dismounting and re-installation of the installed cable can be avoided, and the test process is convenient and fast; and the influence of the connectors is eliminated so that the transmission line parameters of the cable can be accurately obtained in the frequency range of hundreds of MHz.